#*Specification and Execution of Transactional Workflows. #@Marek Rusinkiewicz,Amit P. Sheth #l,north_america,north_america #t1995 #cModern Database Systems #fdatabases #index24 #%26682 #%807142 #%1065531 #%855968 #*Spatial Data Structures. #@Hanan Samet #l,north_america #t1995 #cModern Database Systems #fdatabases #index25 #%165 #!An overview is presented of the use of spatial data structures in spatial databases. The focus is on hierarchical data structures, including a number of variants of quadtrees, which sort the data with respect to the space occupied by it. Such techniques are known as spatial indexing methods. Hierarchical data structures are based on the principle of recursive decomposition. They are attractive because they are compact and depending on the nature of the data they save space as well as time and also facilitate operations such as search. Examples are given of the use of these data structures in the representation of different data types such as regions, points, rectangles, lines, and volumes. #*Spatial Data Models and Query Processing. #@Hanan Samet,Walid G. Aref #l,north_america,north_america #t1995 #cModern Database Systems #fdatabases #index26 #*Pegasus: A Heterogeneous Information Management System. #@Ming-Chien Shan,Rafi Ahmed,Jim Davis,Weimin Du,William Kent #l,north_america,north_america,north_america,north_america,north_america #t1995 #cModern Database Systems #fdatabases #index27 #*Temporal Object-Oriented Databases: A Critical Comparison. #@Richard T. Snodgrass #l,north_america #t1995 #cModern Database Systems #fdatabases #index28 #*The OMG Object Model. #@Richard Mark Soley,William Kent #l,north_america,north_america #t1995 #cModern Database Systems #fdatabases #index29 #*EDA/SQL. #@Ralph L. Stout #l,north_america #t1995 #cModern Database Systems #fdatabases #index30 #*The Changing Database Standards Landscape. #@Craig W. Thompson #l,north_america #t1995 #cModern Database Systems #fdatabases #index31 #*Modern Database Systems: The Object Model, Interoperability, and Beyond. #@Won Kim #l,others #t1995 #cModern Database Systems #fdatabases #index32 #*Version Control in an Object-Oriented Architecture. #@Anders Björnerstedt,Christer Hulten #l,europe,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index34 #*The GemStone Data Management System. #@Robert Bretl,David Maier,Allen Otis,D. Jason Penney,Bruce Schuchardt,Jacob Stein,E. Harold Williams,Monty Williams #l,north_america,north_america,north_america,north_america,north_america,north_america,north_america,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index35 #*Storage Management in EXODUS. #@Michael J. Carey,David J. DeWitt,Joel E. Richardson,Eugene J. Shekita #l,north_america,north_america,north_america,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index36 #*A Distributed Object Manager for the Smalltalk-80 System. #@Dominique Decouchant #l,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index37 #*Objects, Messages, and Rules in Database Design. #@Jim Diederich,Jack Milton #l,europe,others #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index38 #*Active Objects: Ealities and Possibilities. #@Clarence A. Ellis,Simon J. Gibbs #l,north_america,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fprogramming_languages #index39 #*Overview of the Iris DBMS. #@Daniel H. Fishman,Jurgen Annevelink,David Beech,E. C. Chow,Tim Connors,J. W. Davis,Waqar Hasan,C. G. Hoch,William Kent,S. Leichner,Peter Lyngbæk,Brom Mahbod,Marie-Anne Neimat,Tore Risch,Ming-Chien Shan,W. Kevin Wilkinson #l,europe,europe,north_america,north_america,north_america,north_america,north_america,europe,north_america,north_america,north_america,north_america,europe,europe,north_america,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index40 #*Features of the ORION Object-Oriented Database System. #@Won Kim,Nat Ballou,Hong-Tai Chou,Jorge F. Garza,Darrell Woelk #l,others,north_america,north_america,north_america,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index41 #*Indexing Techniques for Object-Oriented Databases. #@Won Kim,Kyung-Chang Kim,Alfred G. Dale #l,others,others,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index42 #*My Cat Is Object-Oriented. #@Roger King #l,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index43 #*Making Database Systems Fast Enough for CAD Applications. #@David Maier #l,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index44 #*Optimizing Smalltalk Message Performance. #@Fred Mellender,Steve Riegel,Andrew Straw #l,north_america,north_america,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index45 #*The Common List Object-Oriented Programming Language Standard. #@David A. Moon #l,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fscientific_computing #fdatabases #index46 #*Object Orientation as Catalyst for Language-Database Inegration. #@J. Eliot B. Moss #l,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index47 #*A Survey of Object-Oriented Concepts. #@Oscar Nierstrasz #l,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fprogramming_languages #index48 #*Integrated Office Systems. #@Oscar Nierstrasz,Dennis Tsichritzis #l,europe,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index49 #*Proteus: A Frame-Based Nonmonotonic Inference System. #@David M. Russinoff #l,not_tagged #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index50 #*Concurrency Control and Object-Oriented Databases. #@Andrea H. Skarra,Stanley B. Zdonik #l,europe,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index51 #*A Shared View of Sharing: The Treaty of Orlando. #@Lynn Andrea Stein,Henry Lieberman,David Ungar #l,north_america,north_america,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fprogramming_languages #index52 #*Pogo: A Declarative Representation System for Graphics. #@Mark A. Tarlton,P. Nong Tarlton #l,north_america,others #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index53 #*Concurrent Object-Oriented Programming Languages. #@Chris Tomlinson,Mark Scheevel #l,europe,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fprogramming_languages #index54 #*Directions in Object-Oriented Research. #@Dennis Tsichritzis,Oscar Nierstrasz #l,europe,europe #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index55 #*A Proposal for a Formal Model of Objects. #@Yair Wand #l,north_america #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index56 #*OZ+: An Object-Oriented Database System. #@Stephen P. Weiser,Frederick H. Lochovsky #l,north_america,others #t1989 #cObject-Oriented Concepts, Databases, and Applications #fdatabases #index57 #*The Commercial INGRES Epilogue. #@Lawrence A. Rowe,Michael Stonebraker #l,north_america,north_america #t1986 #cThe INGRES Papers #fdatabases #index58 #*Design of Relational Systems (Introduction to Section 1). #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdatabases #index59 #*Supporting Studies on Relational Systems (Introduction to Section 2). #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdatabases #index60 #*Distributed Database Systems (Introduction to Section 3). #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdatabases #index61 #*The Design and Implementation of Distributed INGRES. #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdata_mining #fdatabases #index62 #*User Interfaces for Database Systems (Introduction to Section 4). #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdatabases #index63 #*Extended Semantics for the Relational Model (Introduction to Section 5). #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdatabases #index64 #*Database Design (Introduction to Section 6). #@Michael Stonebraker #l,north_america #t1986 #cThe INGRES Papers #fdatabases #index65 #*Title, Preface, Contents. #@ #l #t1986 #cThe INGRES Papers #fdatabases #index66 #*References. #@ #l #t1986 #cThe INGRES Papers #fdatabases #index67 #*Temporal Deductive Databases. #@Marianne Baudinet,Jan Chomicki,Pierre Wolper #l,europe,europe,europe #t1993 #cTemporal Databases #fartificial_intelligence #fdatabases #index166 #*The Historical Relational Data Model (HRDM) Revisited. #@James Clifford,Albert Croker #l,europe,north_america #t1993 #cTemporal Databases #fdatabases #index167 #*On the Completeness of Query Languages for Grouped and Ungrouped Historical Data Models. #@James Clifford,Albert Croker,Alexander Tuzhilin #l,europe,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index168 #*A Temporal Model and Query Language for EER Databases. #@Ramez Elmasri,Gene T. J. Wuu,Vram Kouramajian #l,north_america,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index169 #*The Time Index and the Monotonic B+-tree. #@Ramez Elmasri,Gene T. J. Wuu,Vram Kouramajian #l,north_america,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index170 #*Ben-Zvi's Pioneering Work in Relational Temporal Databases. #@Shashi K. Gadia #l,north_america #t1993 #cTemporal Databases #fdatabases #index171 #*Temporal Databases: A Prelude to Parametric Data. #@Shashi K. Gadia,Sunil S. Nair #l,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index172 #*Object and Spreadsheet Histories. #@Seymour Ginsburg #l,north_america #t1993 #cTemporal Databases #fdatabases #index173 #*Differential Query Processing in Transaction-Time Databases. #@Christian S. Jensen,Leo Mark #l,europe,north_america #t1993 #cTemporal Databases #fdatabases #index174 #*Indexing Techniques for Historical Databases. #@Curtis P. Kolovson #l,north_america #t1993 #cTemporal Databases #fdata_mining #fdatabases #index175 #*Stream Processing: Temporal Query Processing and Optimization. #@T. Y. Cliff Leung,Richard R. Muntz #l,others,north_america #t1993 #cTemporal Databases #fdatabases #index176 #*Transaction-Time Databases. #@David B. Lomet,Betty Salzberg #l,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index177 #*The Interval-extended Relational Model and Its Applications to Valid-time Databases. #@Nikos A. Lorentzos #l,europe #t1993 #cTemporal Databases #fdatabases #index178 #*temporal Reasoning. #@Angelo Montanari,Barbara Pernici #l,europe,europe #t1993 #cTemporal Databases #fsimulation #fdatabases #index179 #*Temporal Extensions to the Relational Model and SQL. #@Shamkant B. Navathe,Rafi Ahmed #l,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index180 #*HSQL: A Historical Query Language. #@Nandlal L. Sarda #l,others #t1993 #cTemporal Databases #fdatabases #index181 #*Join Processing and Optimization in Temporal Relational Databases. #@Arie Segev #l,north_america #t1993 #cTemporal Databases #fdatabases #index182 #*A Temporal Data Model Based on Time Sequences. #@Arie Segev,Arie Shoshani #l,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index183 #*An Overview of TQuel. #@Richard T. Snodgrass #l,north_america #t1993 #cTemporal Databases #fdatabases #index184 #*A Generalized relational Framework for Modeling Temporal Data. #@Abdullah Uz Tansel #l,north_america #t1993 #cTemporal Databases #fdatabases #index185 #*Applications of temporal Databases to Knowledge-based Simulations. #@Alexander Tuzhilin #l,north_america #t1993 #cTemporal Databases #fdatabases #index186 #*Integrating Temporal Data in a Heterogeneous Environment. #@Gio Wiederhold,Sushil Jajodia,Witold Litwin #l,north_america,north_america,europe #t1993 #cTemporal Databases #fdatabases #index187 #*A Uniform Model for Temporal and Versioned Object-oriented Databases. #@Gene T. J. Wuu,Umeshwar Dayal #l,north_america,north_america #t1993 #cTemporal Databases #fdatabases #index188 #*Data Refinement: Model-oriented Proof Theories and their Comparison #@Willem P. de Roever,Kai Engelhardt #l,europe,others #t1998 #cCambridge Tracts in Theoretical Computer Science #falgorithms_and_theory #index526 #*Concurrency Verification: Introduction to Compositional and Noncompositional Methods #@Willem P. de Roever,Frank S. de Boer,Ulrich Hannemann,Jozef Hooman,Yassine Lakhnech,Mannes Poel,Job Zwiers #l,europe,europe,europe,europe,europe,europe,europe #t2001 #cCambridge Tracts in Theoretical Computer Science #fsoftware_engineering #index527 #*On Prolog DBMS Connections: A Step Forward from Educe. #@Jorge B. Bocca,Philip J. Pearson #l,europe,others #t1988 #cProlog and Databases #fdatabases #index599 #*Grid Files for Efficient Prolog Clause Access. #@Michael Freeston #l,north_america #t1988 #cProlog and Databases #fdatabases #index600 #*A Source-to-Source Meta-Translation System for Database Query Languages - Implementation in Prolog. #@D. I. Howells,N. J. Fiddian,W. A. Gray #l,north_america,europe,north_america #t1988 #cProlog and Databases #fdatabases #index601 #*A Flexible Prolog-Based Lexical Database System. #@William G. Imlah,Bart Demoen #l,north_america,europe #t1988 #cProlog and Databases #fdatabases #index602 #*A Generalized Interface Between Prolog and Relational Databases. #@T. Irving #l,north_america #t1988 #cProlog and Databases #fdatabases #index603 #*A Prolog-Relational Database Interface. #@Robert J. Lucas,G. A. Le Vine #l,europe,north_america #t1988 #cProlog and Databases #fdatabases #index604 #*TREQL (Thornton Research Easy Query Language): An Intelligent Front-End to a Relational Database. #@K. Lunn,I. G. Archibald #l,europe,north_america #t1988 #cProlog and Databases #fdatabases #index605 #*Modular Commitment in Persistent Prolog. #@David S. Moffat #l,north_america #t1988 #cProlog and Databases #fdatabases #index606 #*Implementing Query Languages in Prolog. #@F. Mouta,M. Howard Williams,J. C. Neves #l,europe,europe,others #t1988 #cProlog and Databases #fdatabases #index607 #*On Transaction Processing, Knowledge-Based Systems and Databases. #@T. Nomura,S. Lunn #l,others,europe #t1988 #cProlog and Databases #fdatabases #index608 #*An Object-Oriented Database for Storage and Analysis of Protein Structure Data. #@Norman W. Paton,Peter M. D. Gray #l,europe,europe #t1988 #cProlog and Databases #fdatabases #index609 #*The NU-Prolog Deductive Database System. #@Kotagiri Ramamohanarao,John Shepherd,Isaac Balbin,Graeme S. Port,Lee Naish,James A. Thom,Justin Zobel,Philip W. Dart #l,others,others,others,others,others,europe,others,others #t1988 #cProlog and Databases #fdata_mining #fdatabases #index610 #*Software Configuration Management Using Prolog. #@Paul Singleton,C. D. Farris #l,north_america,north_america #t1988 #cProlog and Databases #fdatabases #index611 #*Guarded Default Databases: A Prototype Implementation. #@Carol Small #l,europe #t1988 #cProlog and Databases #fdatabases #index612 #*An Interface from Prolog to a Binary Relational Database. #@S. Todd #l,north_america #t1988 #cProlog and Databases #fdatabases #index613 #*A Data-Driven Execution Mechanism for Transaction-Oriented Information Systems. #@Raf Venken,D. Donner #l,europe,europe #t1988 #cProlog and Databases #fdatabases #index614 #*The Interaction Between BIM-Prolog and Relational Databases. #@Raf Venken,Anne Mulkers #l,europe,europe #t1988 #cProlog and Databases #fdatabases #index615 #*Recursive Query Processing: Fundamental Algorithms and the DedGin System. #@Laurent Vieille #l,north_america #t1988 #cProlog and Databases #fdatabases #index616 #*The TRACE Club Expert System and Databases. #@G. Williams #l,europe #t1988 #cProlog and Databases #fdatabases #index617 #*Benchmarking Prolog for Database Applications. #@M. Howard Williams,P. A. Massey,Jim A. Crammond #l,europe,north_america,europe #t1988 #cProlog and Databases #fdatabases #index618 #*Computer-Aided Database Design: the DATAID approach. #@Antonio Albano,Valeria De Antonellis,Antonio Di Leva #l,europe,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index652 #*A Software Engineering Approach to Database Design: The Galileo Project. #@Antonio Albano,Renzo Orsini #l,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index653 #*A Tool for Modeling Dynamics in Conceptual Design. #@Valeria De Antonellis,Bruna Zonta #l,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index654 #*GINCOD: A Graphical Tool for Conceptual Design of Data Base Applications. #@Carlo Batini,Enrico Nardelli,Maurizio Talamo,Roberto Tamassia #l,europe,europe,europe,north_america #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index655 #*The Logical Design in the DATAID Project: The EASYMAP System. #@M. N. Bert,Gianfranco Ciardo,G. Barbara Demo,Antonio Di Leva,Piercarlo Giolito,C. Iacobelli,V. Marrone #l,europe,north_america,europe,europe,europe,north_america,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index656 #*A Workbench for Conceptual Design in Galileo. #@Maurizio Capaccioli,M. Eugenia Occhiuto #l,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index657 #*DATAID-D: Methodology for Distributed Database Design. #@Stefano Ceri,Barbara Pernici #l,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fhardware_and_architecture #index658 #*Dynamics in Logical Database Design. #@G. Barbara Demo,Antonio Di Leva,Piercarlo Giolito #l,europe,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index659 #*Architecture of a Physical Design Tool for Relational DBMSs. #@Dario Maio,Claudio Sartori,Maria Rita Scalas #l,europe,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index660 #*Important Issues in Database Design Methodologies and Tools. #@Shamkant B. Navathe #l,north_america #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index661 #*Integrated Tools for Physical Database Design in CODASYL Environment. #@Salvatore Orlando,Pasquale Rullo,Domenico Saccà,Witold Staniszkis #l,europe,europe,europe,europe #t1985 #cComputer-Aided Database Design: the DATAID approach #fdatabases #index662 #*Concepts, Implementation, and Applications of a Typed Logic Programming Language. #@Christoph Beierle #l,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index663 #*Combinatorial Problem Solving in Constraint Logic Programming with Cooperating Solvers. #@Henri Beringer,Bruno De Backer #l,north_america,north_america #t1995 #cLogic Programming: Formal Methods and Practical Applications #fscientific_computing #fprogramming_languages #fsoftware_engineering #index664 #*The WAM - Definition and Compiler Correctness. #@Egon Börger,Dean Rosenzweig #l,europe,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fsoftware_engineering #falgorithms_and_theory #index665 #*Using Constraint Logic Programming for Industrial Scheduling Problems. #@Silvia Breitinger,Hendrik C. R. Lock #l,europe,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index666 #*Temporal Logic Programming Applied to Image Sequence Evaluation. #@Christoph Brzoska,Karl Schäfer #l,europe,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index667 #*Goal-Directed Forward Chaining: Tuple-oriented Bottom-up Approach. #@Wolfram Burgard #l,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index668 #*Logic Program Modules for Interoperable Information Systems. #@Armin B. Cremers,Thomas Lemke,Mechthild Rohen #l,europe,europe,others #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index669 #*Robot Control Systems as Contextual Logic Programs. #@Enrico Denti,Antonio Natali,Andrea Omicini,Francesco Zanichelli #l,europe,europe,europe,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index670 #*Logic Programming - Past or Future? #@Hervé Gallaire #l,north_america #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index671 #*Polymorphic Feature Types. #@Gregor Meyer #l,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index672 #*Automatic Verification of Parallel Logic Programs: Termination. #@Lutz Plümer #l,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index673 #*Scheduling and Meta-Scheduling. #@Jürgen Sauer #l,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index674 #*Efficient Object-Oriented Programming in Prolog. #@Peter Schachte,Georges Saab #l,others,europe #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index675 #*A Generic Scheduling Framework developed in Prolog. #@Leon Sterling,Venkatesh Srinivasan #l,europe,north_america #t1995 #cLogic Programming: Formal Methods and Practical Applications #fprogramming_languages #index676 #*Dialogo: An Interactive Environment for Conceptual Design in Galileo. #@Antonio Albano,Renzo Orsini #l,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index677 #*Requirements Collection and Analysis. #@Valeria De Antonellis,G. Barbara Demo #l,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index678 #*INCOD-DTE: A System for Interative Conceptual Design of Data, Transactions and Events. #@Paolo Atzeni,Carlo Batini,Enzo Carboni,Valeria De Antonellis,Maurizio Lenzerini,Fulvio Villanelli,Bruna Zonta #l,europe,europe,north_america,europe,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index679 #*Views Integration. #@Carlo Batini,Maurizio Lenzerini,Marina Moscarini #l,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index680 #*Logical Design in Codasyl and Relational Environment. #@P. Bertaina,Antonio Di Leva,Piercarlo Giolito #l,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index681 #*A Separability-Based Method for Secondary Index Selection in Physical Database Design. #@Flavio Bonfatti,Dario Maio,Paolo Tiberio #l,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index682 #*A Set of Integrated Tools for the Conceptual Design of Database Schemas and Transactions. #@Giampio Bracchi,Stefano Ceri,Giuseppe Pelagatti #l,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index683 #*Views Conceptual Design. #@U. Bussolati,Stefano Ceri,Valeria De Antonellis,Bruna Zonta #l,europe,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index684 #*Methodology and Tools for Data Base Design in the DATAID Project. #@Stefano Ceri #l,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index685 #*NLDA: A Natural Language Reasoning System for the Analysis of Data Base Requirements. #@Marco Colombetti,Giovanni Guida,Marco Somalvico #l,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index686 #*Physical Data Base Design for Codasyl DBMS. #@Witold Staniszkis,Domenico Saccà,F. Manfredi,A. Mecchia #l,europe,europe,europe,europe #t1983 #cMethodology and Tools for Data Base Design #fdatabases #index687 #*Suffix, prefix and maximal tree codes. #@Philippe Aigrain,Maurice Nivat #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index725 #*Fixed point characterization of weak monadic logic definable sets of trees. #@André Arnold,Damian Niwinski #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index726 #*Recognizing sets of labelled acyclic graphs. #@Paola Bonizzoni,Giancarlo Mauri,Giovanni Pighizzini,Nicoletta Sabadini #l,europe,europe,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index727 #*Recognizable sets of unrooted trees. #@Bruno Courcelle #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index728 #*Structural complexity of classes of tree languages. #@Max Dauchet,Sophie Tison #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index729 #*Decidability of the inclusion in monoids generated by tree transformation classes. #@Zoltán Fülöp,Sándor Vágvölgyi #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index730 #*Unification procedures in automated deduction methods based on matings: A survey. #@Jean H. Gallier #l,north_america #t1992 #cTree Automata and Languages #falgorithms_and_theory #index731 #*Algebraic specification of action trees and recursive processes. #@Martin Große-Rhode,Christian Dimitrovici #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index732 #*Trees and algebraic semantics. #@Irène Guessarian #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index733 #*Tree-adjoining grammars and lexicalized grammars. #@Aravind K. Joshi,Yves Schabes #l,europe,north_america #t1992 #cTree Automata and Languages #fnatural_language_and_speech #index734 #*Computing trees with graph rewriting systems with priorities. #@Igor Litovsky,Yves Métivier #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index735 #*Binary tree codes. #@Maurice Nivat #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index736 #*A monoid approach to tree automata. #@Andreas Podelski #l,europe #t1992 #cTree Automata and Languages #fdatabases #index737 #*A survey of tree transductions. #@Jean-Claude Raoult #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index738 #*Rational and recognizable infinite tree sets. #@Ahmed Saoudi #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index739 #*Automata on infinite trees and rational control. #@Ahmed Saoudi,Paola Bonizzoni #l,europe,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index740 #*Interpretability and tree automata: A simple way to solve algorithmic problems on graphs closely related to trees. #@Detlef Seese #l,others #t1992 #cTree Automata and Languages #falgorithms_and_theory #index741 #*Ambiguity and valuedness. #@Helmut Seidl #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index742 #*A short proof of the factorization forest theorem. #@I. Simon #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index743 #*A theory of tree language varieties. #@Magnus Steinby #l,europe #t1992 #cTree Automata and Languages #falgorithms_and_theory #index744 #*Artificial Intelligence Architectures for Composition and Performance Environment. #@Antonio Camurri #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index794 #*Dynamic Programming for Interactive Music Systems. #@Roger B. Dannenberg #l,north_america #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index795 #*The Mechanization of Intelligence and the Human Aspects of Music. #@Carlos Gustavo Guerra #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index796 #*Artificial Intelligence in Music Education: A Critical Review. #@Simon Holland #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index797 #*Music, Intelligence and Artificiality. #@Alan Marsden #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index798 #*Regarding Music, Machines, Intelligence and the Brain: An Introduction to Music and AI. #@Eduardo Reck Miranda #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index799 #*Computer Analysis of Jazz Chord Sequence: Is Solar a Blues? #@François Pachet #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index800 #*Musical Pattern Extraction and Similarity Assessment. #@Pierre-Yves Rolland,Jean-Gabriel Ganascia #l,europe,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index801 #*Interactive Music Systems in Ensemble Performance. #@Robert Rowe #l,north_america #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index802 #*Symbolic AI versus Connectionism in Music Research. #@Petri Toiviainen #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index803 #*On the Potential of Machine Learning for Music Research. #@Gerhard Widmer #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index804 #*Musical Knowledge: What can Artificial Intelligence Bring to the Musician? #@Geraint A. Wiggins,Alan Smaill #l,europe,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index805 #*Artificial Intelligence and Music Education. #@Matt Smith #l,north_america #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index806 #*Readings in Music and Artificial Intelligence #@Eduardo Reck Miranda #l,europe #t2000 #cReadings in Music and Artificial Intelligence #fartificial_intelligence #index807 #*Information Extraction from Free-Text Business Documents. #@Witold Abramowicz,Jakub Piskorski #l,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index808 #%95458 #%773064 #%107170 #%107221 #%41444 #!The objective of this chapter is an investigation of the applicability of information extraction techniques in real-world business applications dealing with textual data since business relevant data is mainly transmitted through free-text documents. In particular, we give an overview of the information extraction task, designing information extraction systems and some examples of existing information extraction systems applied in the financial, insurance and legal domains. Furthermore, we demonstrate the enormous indexing potential of lightweight linguistic text processing techniques applied in information extraction systems and other closely related fields of information technology which concern processing vast amounts of textual data. #*Active Rules and Active Databases: Concepts and Application. #@Juan M. Ale,Mauricio Minuto Espil #l,europe,others #t2003 #cEffective databases for text & document management #fdatabases #index809 #%627781 #%832924 #%1118163 #%599769 #%1118216 #%845598 #%1118201 #%98740 #%642542 #%642233 #%641954 #%642177 #%642330 #%300256 #%641842 #%299726 #%598295 #%544804 #%1112321 #%1113480 #%1118218 #%673803 #%598825 #%144761 #%1064851 #%938705 #%599935 #%642187 #%1064688 #%1138035 #!This chapter surveys the topic of active rules and active databases. We analyze the state of the art of active databases and active rules, their properties and applications. In particular, we describe the case of triggers following the SQL-1999 Standard Committee point of view. Then, we consider the case of dynamic constraints for which we use a temporal logic formalism. Finally, we discuss the applicability, limitations and partial solutions found when attempting to ensure the satisfaction of dynamic constraints. #*Applying JAVA-Triggers for X-Link Management in the Industrial Framework. #@Abraham Alvarez,Youssef Amghar #l,europe,europe #t2003 #cEffective databases for text & document management #fworld_wide_web #index810 #%256150 #%1064851 #%256281 #%256215 #%383546 #%832268 #%87354 #%832264 #%793808 #%642546 #%176430 #%773829 #%776544 #%248833 #%627781 #%832762 #%833171 #%832266 #%832384 #%832863 #%591889 #%772530 #%592081 #%169983 #%256240 #%256117 #%774803 #%769744 #%1138101 #%772519 #%169899 #%77074 #%599845 #%1138035 #!This chapter focuses on referential link integrity problems. In the industrial context, the life cycle of a document plays a central role in describing the "steps out" of a product. Users realize some manipulations like creation, edition, suppression and querying under a multi-user environment, risking possible destruction or the alteration of the document's integrity. A classical impact is the infamous "Error 404: file not found." However, the user needs a notification alert mechanism to prevent and warrant the coherence of manipulations over all the life cycle processes of a product. The main objective of this chapter is to provide a generic relationship validation mechanism to remedy this shortcoming. We believe in the combination of some standard features of XML, specifically XLL specification as a support for integrity management and Java-Triggers approach as an alert method. This study, compared with actual approaches, proposes a solution based on active functionalities. #*Novel Indexing Method of Relations Between Salient Objects. #@Richard Chbeir,Youssef Amghar,André Flory #l,europe,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index811 #%772441 #%598012 #%637894 #%1120053 #%1112621 #%150064 #%1011391 #%1113858 #%63242 #%1031490 #%617631 #!Since the last decade, images have been integrated into several application domains such as GIS, medicine, etc. This integration necessitates new managing methods particularly in image retrieval. Queries should be formulated using different types of features such as low-level features of images (histograms, color distribution, etc.), spatial and temporal relations between salient objects, semantic features, etc. In this chapter, we propose a novel method for identifying and indexing several types of relations between salient objects. Spatial relations are used here to show how our method can provide high expressive power to relations in comparison to the traditional methods. #*On the Computation of Recursion in Relational Databases. #@Yangjun Chen #l,north_america #t2003 #cEffective databases for text & document management #fdatabases #index812 #%95196 #%598069 #%1118405 #%598837 #%299364 #%641818 #%1127400 #%1118199 #%149392 #%1113592 #%598475 #%1118417 #%1118153 #!A composite object represented as a directed graph is an important data structure which requires efficient support in CAD/CAM, CASE, office systems, software management, Web databases and document databases. It is cumbersome to handle such an object in relational database systems when it involves recursive relationships. In this chapter, we present a new encoding method to support the efficient computation of recursion. In addition, we devise a linear time algorithm to identify a sequence of reachable trees (w.r.t.) a directed acyclic graph (DAG), which covers all the edges of the graph. Together with the new encoding method, this algorithm enables us to compute recursion w.r.t, a DAG in time O(e), where e represents the number of edges of the DAG. More importantly, this method is especially suitable for a relational environment. #*Building Signature-Trees on Path Signatures in Document Databases. #@Yangjun Chen,Gerald Huck #l,north_america,north_america #t2003 #cEffective databases for text & document management #fdatabases #index813 #%832515 #%598387 #%149400 #%643719 #%643721 #%654503 #%2518 #!Java is a prevailing implementation platform for XML-based systems. Several high-quality in-memory implementations for the standardized XML-DOM API are available. However, persistency support has not been addressed. In this chapter, we discuss this problem and introduce PDOM (persistent DOM) to accommodate documents as permanent object sets. In addition, we propose a new indexing technique: path signatures to speed up the evaluation of path-oriented queries against document object sets, which is further enhanced by combining the technique of signature-trees with it to expedite scanning of signatures stored in a physical file. #*Dealing with Relationship Cardinality Constraints in Relational Database Design. #@Dolores Cuadra Fernández,Paloma Martínez Fernández,Elena Castro Galán #l,north_america,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index814 #%2625 #%833140 #%832654 #%845886 #%183652 #%845973 #%832924 #%598522 #%1089778 #%770707 #%828 #%845643 #%635148 #%74526 #%832930 #%2617 #%1118271 #%1118297 #%193 #%95243 #%2024 #%846199 #%190 #%125 #!Conceptual models are well-known tools to achieve a good design of information systems. Nevertheless, the understanding and use of all the constructs and constraints which are presented in such models are not an easy task and sometimes it is cause of loss of interest.In this chapter we have tried to study in depth and clarify the meaning of the features of conceptual models. The disagreements between main conceptual models, the confusion in the use of some of their constructs and some open problems in these models are shown. Another important topic treated in this chapter is the conceptual-to-logic schemata transformation process.Some solutions are presented in order to clarify the relationship construct and to extend the cardinality constraint concept in ternary relationships. How to preserve the cardinality constraint semantics in binary and ternary relationships for their implementation in a DBMS with active capabilities has also been developed. #*Repairing and Querying Inconsistent Databases. #@Gianluigi Greco,Sergio Greco,Ester Zumpano #l,europe,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index815 #%1118309 #%984666 #%71706 #%1094994 #%544764 #%299320 #%1112319 #%1064674 #%74047 #%1112818 #%487691 #%605435 #%328118 #%643119 #%643122 #%1118555 #%808476 #%304213 #%105865 #%115847 #%304145 #%745410 #%745408 #%545299 #%1118685 #%627161 #%439771 #%545155 #%493 #!The integration of knowledge from multiple sources is an important aspect in several areas such as data warehousing, database integration, automated reasoning systems, active reactive databases and others. Thus a central topic in databases is the construction of integration systems, designed for retrieving and querying uniform data stored in multiple information sources. This chapter illustrates recent techniques for computing repairs as well as consistent answers over inconsistent databases. Often databases may be inconsistent with respect to a set of integrity constraints, that is, one or more integrity constraints are not satisfied. Most of the techniques for computing repairs and queries over inconsistent databases work for restricted cases and only recently there have been proposals to consider more general constraints. In this chapter we give an informal description of the main techniques proposed in the literature. #*Unifying Access to Heterogeneous Document Databases Through Contextual Metadata. #@Virpi Lyytikäinen,Pasi Tiitinen,Airi Salminen #l,europe,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index816 #%956952 #%47881 #%180248 #%245735 #%414735 #%659955 #%237286 #%247737 #%237093 #%979731 #%927674 #%247738 #%89888 #!Document databases available on the Internet carry massive information resources. To a person needing a piece of information on a specific domain, finding the piece, however, is often quite problematic even though there were a representative collection of databases available on the domain. The languages used in the content, the names of document types, their structures, the ways documents are organized and their retrieval techniques often vary in the databases. The databases containing legal information on the Internet offer a typical example. For finding relevant documents and for being able to interpret the content of the documents correctly, the user may need information about the context where the documents have been created. In this chapter we introduce a method for collecting contextual metadata and for representing the metadata to the users by graphical models. The solution is demonstrated by a case of retrieving information from distributed European legal databases. #*Managing Document Taxonomies in Relational Databases. #@Ido Millet #l,north_america #t2003 #cEffective databases for text & document management #fdatabases #index817 #%145183 #!This chapter addresses the challenge of applying relational database technologies to manage taxonomies, which are commonly used to classify documents, knowledge and websites into a hierarchy of topics. It first describes how denormalizing the data model can facilitate data retrieval from such topic hierarchies. It then shows how the typical data maintenance difficulties associated with denormalized data models can be solved using database triggers. #*Database Management Issues in the Web Environment. #@José Francisco Aldana Montes,Antonio C. Gomez Lora,Nathalie Moreno Vergara,María del Mar Roldán García #l,europe,europe,others,europe #t2003 #cEffective databases for text & document management #fdatabases #index818 #%1064644 #%599606 #%598099 #%1118211 #%299563 #%674016 #%299894 #%303878 #%642702 #%1065267 #%643120 #%643605 #%2294 #%856109 #%817561 #%817554 #%982076 #%472239 #%11922 #%643631 #%643263 #%654566 #%1064640 #%599636 #%599411 #%544868 #%493 #%654568 #!The focus of this chapter is on the progressive adaptation of database techniques to Web usage in a way quite similar to the evolution from integrated file management systems to database management systems. We review related and open issues, such as the semi-structured data and XML, integrity problem, query optimization problem, and integration issues in both the Web and Semantic Web environments. The representation of meta-information along with data opens up a new way to automatically process Web information due to the use of explicit semantic information. We hope that researchers will take into account traditional database techniques and how they can assist new Web technologies. In this sense, the amalgamation of Web and database technology appears to be very promising. #*Interactive Indexing of Documents with a Multilingual Thesaurus. #@Ulrich Schiel,Ianna M. S. F. de Sousa #l,others,others #t2003 #cEffective databases for text & document management #finformation_retrieval #index819 #%95561 #%247094 #%746169 #%956895 #!With the growing significance of digital libraries and the Internet, more and more electronic texts become accessible to a wide and geographically disperse public. This requires adequate tools to facilitate indexing, storage and retrieval of documents written in different languages. We present a method for semi-automatic indexing of electronic documents and construction of a multilingual thesaurus, which can be used for query formulation and information retrieval. We use special dictionaries and user interaction in order to solve ambiguities and find adequate canonical terms in the language and an adequate abstract language-independent term. The abstract thesaurus is updated incrementally by new indexed documents and is used to search for documents using adequate terms. #*Understanding Functional Dependency. #@Robert A. Schultz #l,north_america #t2003 #cEffective databases for text & document management #fdatabases #index820 #%1118316 #!In explaining functional dependency to students, I have noticed in texts a mixture of two types of elements: intensional (or psychological or meaning) and extensional (patterns of repetition in the data). In this chapter I examine whether it is possible to consider functional dependency, in particular, in second and third normal forms, solely on an extensional basis. The Microsoft Access Analyzer utility seems to do so. I illustrate the mix of intensional and extensional elements in textbook definitions of functional dependency. I conclude that although in principle first, second and third normal form can be done solely by extensional means, in practice intensional considerations are indispensable. Finally, I discuss these questions with respect to the "higher order" normal forms, namely Boyce-Codd, fourth, fifth and Domain/Key normal form. #*Keyword-Based Queries Over Web Databases. #@Altigran Soares da Silva,Pável Calado,Rodrigo C. Vieira,Alberto H. F. Laender,Berthier A. Ribeiro-Neto #l,others,europe,others,others,others #t2003 #cEffective databases for text & document management #fdatabases #index821 #%95186 #%85 #%595718 #%1065248 #%738609 #%149570 #%956539 #%1120350 #%62602 #%2025 #%642297 #%642614 #%642405 #%794006 #%595604 #!In this chapter, we propose an approach to using keywords (as in a Web search engine) for querying databases over the Web. The approach is based on a Bayesian network model and provides a suitable alternative to the use of interfaces based on multiple forms with several fields. Two major steps are involved when querying a Web database using this approach. First, structured (database-like) queries are derived from a query composed only of the keywords specified by the user. Next, the structured queries are submitted to a Web database, and the retrieved results are presented to the user as ranked answers. To demonstrate the feasibility of the approach, a simple prototype Web search system based on the approach is presented. Experimental results obtained with this system indicate that the approach allows for accurately structuring the user queries and retrieving appropriate answers with minimum intervention from the user. #*System of Information Retrieval in XML Documents. #@Saliha Smadhi #l,others #t2003 #cEffective databases for text & document management #finformation_retrieval #fdatabases #index822 #%793859 #%595535 #%936632 #%595906 #%95378 #%62602 #%157513 #%1113781 #%794006 #!This chapter introduces the process to retrieve units (or subdocuments) of relevant information from XML documents. For this, we use the Extensible Markup Language (XML) which is considered as a new standard for data representation and exchange on the Web. XML opens opportunities to develop a new generation of Information Retrieval System (IRS) to improve the interrogation process of document bases on the Web.Our work focuses instead on end-users who do not have expertise in the domain (like a majority of the end-users). This approach supports keyword-based searching like classical IRS and integrates structured searching with the search attributes notion. It is based on an indexing method of document tree leafs which authorize a content-oriented retrieval. The retrieval subdocuments are ranked according to their similarity with the user's query. We use a similarity measure which is a compromise between two measures: exhaustiveness and specificity. #*A Taxonomy for Object-Relational Queries. #@David Taniar,J. Wenny Rahayu,Prakash Gaurav Srivastava #l,others,others,north_america #t2003 #cEffective databases for text & document management #fdatabases #index823 #%2364 #%642095 #%642594 #!A comprehensive study of object-relational queries gives not only an understanding of full capability of object-relational query language but also a direction for query processing and optimization. This chapter classifies object-relational queries into REF queries, aggregate queries and inheritance queries. REF queries are queries involving REF pointers, whereas aggregation queries use either nested table structures or index on clusters. Finally, inheritance queries are queries on inheritance hierarchies. #*Re-Engineering and Automation of Business Processes: Criteria for Selecting Supporting Tools. #@Aphrodite Tsalgatidou,Mara Nikolaidou #l,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index824 #%855968 #%121852 #%929052 #!Re-engineering of business processes and their automation is an activity very common in most organizations in order to keep or create a competitive business advantage in the changing business environment. Business Process Modeling Tools (BPMTs) and Workflow Management Systems (WFMSs) are the most popular tools used for business process transformation and automation of the redesigned business processes within and outside organization's boundaries. This chapter describes a set of criteria for selecting appropriate BPMTs and WFMSs among the diversity of the tools offered in the market in order to assist the interested manager or business process engineer to more successfully manage the business process transformation. While establishing the proposed criteria, we considered currently available technology and standards for visual enterprise support and inter-organizational business process modeling and automation. #*Metrics for Data Warehouse Quality. #@Manuel A. Serrano,Coral Calero,Mario Piattini #l,europe,europe,europe #t2003 #cEffective databases for text & document management #fdatabases #index825 #%772016 #%979762 #%807748 #%1127425 #%1127603 #%492901 #%1129799 #!This chapter proposes a set of metrics to assess data warehouse quality. A set of data warehouse metrics is presented, and the formal and empirical validations that have been done with them. As we consider that information is the main organizational asset, one of our primary duties should be assuring its quality. Although some interesting guidelines have been proposed for designing "good" data models for data warehouses, more objective indicators are needed. Metrics are a useful objective mechanism for improving the quality of software products and also for determining the best ways to help professionals and researchers. In this way, our goal is to elaborate a set of metrics for measuring data warehouse quality which can help designers in choosing the best option among more than one alternative design. #*Integrity Constraints in an Active Database Environment. #@Juan M. Ale,Mauricio Minuto Espil #l,europe,others #t2002 #cDatabase Integrity #fdatabases #index826 #%598295 #%938705 #%1064851 #%1118201 #%832924 #%1118218 #%299726 #%642233 #%1113480 #%1064688 #%598825 #%1118163 #%599769 #%1118216 #%642177 #%642187 #%845598 #%642542 #%144761 #%599935 #!This chapter surveys the interaction between active rules and integrity constraints. First, we analyze the static case following the SQL-1999 Standard Committee point of view which, up to date, represents the state of the art. Then, we consider the case of dynamic constraints for which we use a temporal logic formalism. finally, we discuss the applicabilty, limitations and partial solutions found when attempting to ensure the satisfaction of dynamic constraints. #*Integrity Constraints in Spatial Databases. #@Karla A. V. Borges,Clodoveu A. Davis,Alberto H. F. Laender #l,others,others,others #t2002 #cDatabase Integrity #fdatabases #index827 #%232818 #%883570 #%617605 #%883604 #%2020 #%183514 #%883581 #%3480 #%2617 #%193 #*Preserving Relationship Cardinality Constraints in Relational Schemata. #@Dolores Cuadra,Carlos Nieto,Paloma Martínez,Elena Castro,Manuel Velasco #l,europe,europe,europe,europe,others #t2002 #cDatabase Integrity #fdatabases #index828 #%2625 #%833140 #%832654 #%845973 #%832924 #%770707 #%74526 #%863883 #%832930 #%2617 #%1089778 #%845643 #%125 #%1118297 #%193 #%95243 #%1092987 #%2344 #%2024 #%846199 #%137913 #%1118714 #%1118271 #*Translating Advanced Integrity Checking Technology to SQL. #@Hendrik Decker #l,europe #t2002 #cDatabase Integrity #fdatabases #index829 #%938620 #%545110 #%598042 #%832481 #%597957 #%299645 #%526168 #%439997 #%176337 #%642330 #%300035 #%216781 #%643122 #%486973 #%176256 #%1118211 #%930823 #%2260 #%3146 #%599341 #%599423 #%599634 #%642177 #%520824 #%303906 #%137209 #%327892 #%950129 #%951363 #%544992 #%598768 #%984589 #%2344 #%599825 #%493 #%1118271 #*Introduction. #@Jorge Horacio Doorn,Laura C. Rivero,Viviana E. Ferraggine #l,others,others,others #t2002 #cDatabase Integrity #fdatabases #index830 #%359899 #%770707 #%112 #%1129540 #%2364 #%1118271 #*Consistent Queries Over Databases with Integrity Constraints. #@Sergio Greco,Ester Zumpano #l,europe,europe #t2002 #cDatabase Integrity #fdatabases #index831 #%1118309 #%71706 #%544764 #%299320 #%487691 #%328118 #%1112818 #%1112319 #%605435 #%627161 #%115847 #%105865 #%745410 #%745408 #%1118685 #%493 #%439771 #*Integrity Issues in the Web: Beyond Distributed Databases. #@José Francisco Aldana Montes,Mariemma Inmaculada Yagüe del Valle,Antonio C. Gomez Lora #l,europe,europe,europe #t2002 #cDatabase Integrity #fdatabases #index832 #%545011 #%1064644 #%674016 #%673845 #%1065267 #%303878 #%299563 #%299894 #%643120 #%1118211 #%2294 #%1064640 #%817554 #%544868 #%654568 #%643263 #%599411 #%493 #%817561 #%654566 #*Functional Dependencies for Value Based Identification in Object-Oriented Databases. #@Jochen Rasch,Hans-Joachim Klein #l,europe,europe #t2002 #cDatabase Integrity #fdatabases #index833 #%522371 #%938902 #%938608 #%544976 #%845795 #%183669 #%183566 #%183560 #%184141 #%183298 #%183049 #%1065252 #%770707 #%642020 #%160026 #%521239 #%845570 #%791855 #%1118717 #%2617 #%145100 #%1065265 #%2154 #%190 #%979731 #%951070 #%1118522 #%938811 #%1118692 #%599998 #%1118271 #%1118657 #%12 #*Database Integrity: Fundamental and Current Implementations. #@Laura C. Rivero,Jorge Horacio Doorn,Viviana E. Ferraggine #l,others,others,others #t2002 #cDatabase Integrity #fdatabases #index834 #%1138211 #%642177 #%642330 #%112 #%2315 #%1064953 #%568393 #%2305 #!In Part I, this chapter survyes the state of the art of the semantic integrity constraints in some relational and object relational available database systems. In Part II, it also provides an overview of the SQL standard integrity issues and describes semantic integrity support in the following DBMSs: Oracle, IBM DB2, Informix, sybase and PostgreSQL.The major differences and similarities among these systems are analyzed in relation to the definition, semantics and fidelity to the SQL standard prescriptions. #*Integrity Maintenance in Extensible Databases. #@Ulrich Schiel #l,others #t2002 #cDatabase Integrity #fdatabases #index835 #%2625 #%643663 #%979731 #%1118668 #%193 #*Sponsorship in IT Project Management. #@David Bryde,David Petie #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index840 #*Virtual Communities in Practice. #@Chris Kimble,Paul Hildreth #l,europe,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index844 #*SMEs Amidst Global Technological Changes. #@Nabeel A. Y. Al-Qirim #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index858 #*Telemedicine in Healthcare Organisations. #@Nabeel A. Y. Al-Qirim #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index860 #*Triggers, Rules and Constraints in Databases. #@Juan M. Ale,Mauricio Minuto Espil #l,europe,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index862 #*Spatial Modeling of Risk Factors for Gender-Specific Child Mortality. #@Mohammad Ali,Christine Ashley,M. Zahirul Huq,Peter Kim Streatfield #l,europe,north_america,north_america,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index864 #*Structure- and Content-Based Retrieval for XML Documents. #@Jae-Woo Chang #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index873 #*Strategic Utilization of Data Mining. #@Chandra S. Amaravadi #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index874 #*Semantic Web Fundamentals. #@Grigoris Antoniou,Vassilis Christophides,Dimitris Plexousakis #l,europe,europe,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index876 #*Strategic Knowledge Management in Public Organizations. #@Ari-Veikko Anttiroiko #l,not_tagged #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index880 #*Web Technologies And Data Warehousing Strategies. #@John M. Artz #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index886 #*Similarity Web Pages Retrieval Technologies on the Internet. #@Rung Ching Chen,Ming Yung Tsai,Chung Hsun Hsieh #l,others,others,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index887 #*User Spreadsheet Systems Development. #@Anders Avdic #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index900 #*Web Initiatives and E-Commerce Strategy. #@Ron Craig #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index915 #*Virtual Teams as Sociotechnical Systems. #@Haydee M. Cuevas,Stephen M. Fiore,Eduardo Salas,Clint A. Bowers #l,north_america,europe,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fhuman-computer_interaction #index921 #*Web Access by Older Adult Users. #@Shirley Ann Becker #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index922 #*Web Usability. #@Shirley Ann Becker #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index924 #*Women in the IT Profession. #@Catherine M. Beise,Janette Moody,Martha E. Myers,Amy B. Woszczynski #l,north_america,north_america,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index928 #*Virtual Work Research Agenda. #@France Belanger #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index930 #*Web Caching. #@Antonios Danalis #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fnetworks_and_communications #index931 #*Usability Evaluation of Online Learning Programs. #@Bernard Blandin #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index934 #*Tertiary Education and the Internet. #@Paul Darbyshire,Stephen Burgess #l,others,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index937 #*Trust in Technology Partnerships. #@Kirsimarja Blomqvist #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index938 #*Strategic Vision for Information Technology. #@Mary Elizabeth Brabston #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index953 #*The CRM-KDD Nexus. #@Nikhilesh Dholakia,Jounghae Bang,Lutz Hamel,Seung-Kyoon Shin #l,north_america,north_america,north_america,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index954 #*Web-Based Distance Learning and the Second Digital Divide. #@Sheryl Burgstahler #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index966 #!Web-based distance learning programs promise learning options anywhere, anytime, to anyone. However, some individuals with disabilities are locked out of these opportunities when courses are designed in such a way that they are inaccessible to individuals using assistive technology. This chapter provides an overview of access challenges for people with disabilities; suggestions for course developers on creating accessible courses; and suggestions for administrators on developing accessiblity policies, guidelines, and procedures. #*Use Cases and the UML. #@Brian Dobing,Jeffrey Parsons #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index969 #*U.S. Disabilities Legislation Affecting Information Technology. #@Deborah Bursa,Lorraine Justice,Mimi Kessler #l,north_america,others,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index970 #*Self-Organizing Networked Learning Environments. #@Jon Dron #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index979 #*Wireless Ad Hoc Networking. #@Fazli Erbas #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index989 #*Socio-Cognitive Model of Trust. #@Rino Falcone,Cristiano Castelfranchi #l,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index992 #*Video Content-Based Retrieval Techniques. #@Waleed E. Farag #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fmultimedia #index993 #*Trust Placement Process in Metateam Projects. #@Walter D. Fernández #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index996 #*Teams and Electronic Technologies. #@Sharmila Pixy Ferris,Maureen C. Minielli #l,others,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index998 #*Unified Modeling Language. #@Peter Fettke #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index999 #*Stickiness and Web-Based Customer Loyalty. #@Guisseppi A. Forgionne,Supawadee Ingsriswang #l,north_america,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1001 #*Usability of Online Learning Systems and Course Materials. #@Elizabeth Furtado #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1007 #*Software Contracts for Component-Based Web Engineering. #@Martin Gaedke,Martin Nussbaumer,Emma Tonkin #l,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1008 #*Translation of Natural Language Patterns to Object and Process Modeling. #@Alexandra Galatescu #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1009 #*Using Geographic Information Systems to Solve Community Problems. #@Jane L. Garb,Richard B. Wait #l,north_america,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1013 #*Software and Systems Engineering Integration. #@Rick Gibson #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1022 #*Supporting Assurnace and Compliance Monitoring. #@Peter Goldschmidt #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1024 #*User Perceptions and Groupware Use. #@Gina Green,John Day,Hao Lou,Craig Van Slyke #l,north_america,europe,others,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1030 #*The Changing Library Education Curriculum. #@Vicki L. Gregory #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1031 #*Theoretical Framework for CRM Outsourcing. #@Babita Gupta,Lakshmi S. Iyer #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1038 #*Web-Based Supply Chain Strategy. #@Hanns-Christian L. Hanebeck #l,not_tagged #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1041 #*Technology of Formal Education. #@Donald A. Hantula,Darleen M. DeRosa #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1045 #*Security Issues in Distributed Transaction Processing Systems. #@Ramzi A. Haraty #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1046 #*Successful Health Information System Implementation. #@Kristiina Häyrinen,Kaija Saranto #l,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1048 #*Space Opera- GIS Basics. #@Paul N. J. Hendricks #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1049 #*VRML-Based System for a 3D Virtual Museum. #@José Fernando Díez Higuera,Francisco Javier Díaz Pernas #l,others,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1052 #*Technology's Role in Distance Education. #@Caroline Howard,Murray Turoff,Richard Discenza #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1061 #*World Wide Web Search Technologies. #@Wen-Chen Hu,Hung-Jen Yang,Jyh-haw Yeh,Chung-wei Lee #l,north_america,others,north_america,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1063 #*Trust in Knowledge-Based Organizations. #@Maija-Leena Huotari,Mirja Iivonen #l,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1065 #*Simulation for Business Engineering of Electronic Markets. #@Marijn Janssen #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1072 #*The Past, Present, and Future of End-User Performance. #@I. M. Jawahar #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1073 #*Small Busines Transformation Through Knowledge Management. #@Nory B. Jones,Jatinder N. D. Gupta #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1080 #*Simple Methods for Design of Narrowband Highpass FIR Filters. #@Gordana Jovanovic-Dolecek #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1082 #*The Software Industry in Egypt. #@Sherif Kamel #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1085 #*Standards for Web-Based Integration Adapters. #@Bill Karakostas #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1089 #*Usability and Learnability Evaluation of Web-Based ODL Programs. #@Athanasis Karoulis,Andreas S. Pombortsis #l,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1091 #*Virtualization and Its Role in Business. #@Jerzy Kisielnicki #l,not_tagged #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1103 #!This chapter presents some of the aspects of virtualisation and its role in modern society. In today's world, a controlled virtualisation process creates enormous opportunity for economic growth of those countries and organisations, which, so far, due to various restrictions, have had no chance to become competitive in the global market. Those people and organisations that know how to make use of the opportunities presented by virtualisation may become more effective in business. Moreover, virtualisation creates the best options for intellectual enterprise development. Virtualisation is a very complex process. The author would like to discusses both the positive impact virtualisation can have on society and also some dangers or problems. #*Scenarios for Web-Enhanced Learning. #@Jane E. Klobas,Stefano Renzi #l,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1109 #*Triangular Strategic Analysis for Hybrid E-Retailers. #@In Lee #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1113 #*Virtual Organization in the Human Mind. #@Jinyoul Lee #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1115 #*Security and Trust of Online Auction Systems. #@Pouwan Lei,Chris R. Chatwin,Rupert C. D. Young #l,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1121 #*Usable M-Commerce Systems. #@John Krogstie #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1124 #*Structural Text Mining. #@Vladimir A. Kulyukin,John Nicholson #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1126 #*The Impact of Sound Relationships on Achieving Alignment. #@Awie Leonard #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1127 #*Technology and Work in the Virtual Organization. #@Paul M. Leonardi #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1131 #*Spatial Analysis in a Public Health Setting. #@Robert Lipton,D. M. Gorman,William F. Wieczorek,Paul Gruenewald #l,north_america,europe,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1148 #*User Experiences of the E-commerce Site with the Standard User Interface. #@Shin-Ping Liu,Dennis Tucker #l,others,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1149 #*Softening the MIS Curriculum for a Technology-Based Profession. #@Glenn Lowry,Rodney Turner #l,europe,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1151 #*Strategic Alignment of Organizational Strategies. #@Sam Lubbe #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1152 #*Simulation and Gaming in IT Education. #@Norman Pendegraft #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1155 #*Systems Thinking and the Internet. #@Kambiz Maani #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1156 #*Speech and Audio Signal Applications. #@Héctor M. Pérez Meana,Mariko Nakano-Miyatake #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1157 #*Wireless Middleware. #@Kenneth J. MacGregor #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1158 #*Trust in B2C E-Commerce for the New Zealand Maori. #@Konrad J. Peszynski #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1159 #*Technology Planning in Schools. #@Julie Mackey #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1160 #*Trends in Information Technology Governance. #@Ryan Peterson #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1164 #*Signature-Based Indexing Techniques for Web Access Logs. #@Yannis Manolopoulos,Alexandros Nanopoulos,Mikolaj Morzy,Tadeusz Morzy,Marek Wojciechowski,Maciej Zakrzewicz #l,europe,europe,europe,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1170 #*Transfering Technology to the Developing World. #@Stacie C. Petter,Galen Sevcik,Detmar W. Straub #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1171 #*Staying Up-to-Date with Changes in IT. #@Tanya J. McGill,Michael W. Dixon #l,others,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1182 #*Success Surrogates in Representational Decision Support Systems. #@Roger McHaney #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1184 #*Text Mining in the Context of Business Intelligence. #@Hércules Antonio do Prado,José Palazzo Moreira de Oliveira,Edilson Ferneda,Leandro Krug Wives,Edilberto Magalhães Silva,Stanley Loh #l,others,others,others,others,others,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1195 #*Web Search via Learning from Relevance Feedback. #@Xiannong Meng,Zhixiang Chen #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1196 #*Sharing Organizational Knowledge through Knowledge Repositories. #@Muhammad Asim Qayyum #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1201 #*Technology and Knowledge Management. #@Helen J. Mitchell #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1208 #*Strategically-Focused Enterprise Knowledge Management. #@Robert J. Mockler,Dorothy G. Dologite #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1212 #*XML Schema Integration and E-Commerce. #@Kalpdrum Passi,Louise Lane,Sanjay Kumar Madria,Mukesh K. Mohania #l,north_america,north_america,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1221 #*Web Accessibility and the Law. #@Holly Yu #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1222 #*Technological Collaboration and Trust in Virtual Teams. #@Steven A. Morris,Thomas E. Marshall,R. Kelly Rainer Jr. #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1225 #*Virtual Work, Trust and Rationality. #@Peter Murphy #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1231 #*Technology-Mediated Progressive Inquiry in Higher Education. #@Hanni Muukkonen,Minna Lakkala,Kai Hakkarainen #l,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1241 #*Strategic Experimentation and Knowledge Management. #@Vadake K. Narayanan #l,not_tagged #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1245 #*Trends and Perspectives in Online Education. #@Bruce Rollier,Fred Niederman #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1246 #*Shaping the Evolution of Mobile Commerce. #@Andreas Rülke,Anand Iyer,Greg Chiasson #l,europe,north_america,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1250 #*Virtual Schools. #@Glenn Russell #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fcomputer_education #index1254 #*Wireless Technologies to Enable Electronic Business. #@Richi Nayak #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1255 #*Survey of 3D Human Body Representations. #@Angel Domingo Sappa,Niki Aifanti,Nikos Grammalidis,Sotiris Malassiotis #l,europe,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1264 #*The Organizational Context in the Use of a Workflow System. #@Anabela Sarmento #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1268 #*Social Responsibility and the Technology Paradigm in Latin America. #@Herberto J. Ochoa-Morales #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1270 #*Software Requirements Risk and Maintainability. #@Norman F. Schneidewind #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1277 #*Software Reuse in Hypermedia Applications. #@Roberto Paiano #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1280 #*Storage and Access Control Issues for XML Documents. #@George Pallis,Konstantina Stoupa,Athena Vakali #l,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1282 #*Strategies of E-Commerce Business Value Optimization. #@Ada Scupola #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1283 #*Software Agents in E-Commerce Systems. #@Juergen Seitz #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1285 #*SMEs in Knowledge-Based Economies. #@Sushil K. Sharma,Nilmini Wickramasinghe,Jatinder N. D. Gupta #l,north_america,others,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1293 #*Students' Perceptions of Online Courses. #@Judith C. Simon,Lloyd D. Brooks,Ronald B. Wilkes #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1296 #*The Social Contract Revised. #@Robert Joseph Skovira #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1299 #*Uses and Gratifications for the World Wide Web. #@Thomas F. Stafford #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1307 #*Tailorable Information Systems. #@Dimitrios S. Stamoulis,Dimitrios Theotokis,Drakoulis Martakos #l,europe,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1308 #*System Development for E-Business. #@Theresa A. Steinbach,Linda V. Knight #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1310 #*Technology in the Foreign Language Classroom. #@William J. Switala #l,not_tagged #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1318 #*Web Tools for Molecular Biological Data Analysis. #@Denise Fukumi Tsunoda,Heitor Silvério Lopes,Ana Tereza R. Vasconcelos #l,others,others,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1343 #*Surveying Mobile Commerce Environments. #@Jari Veijalainen,Mathias Weske #l,europe,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1350 #*Simulation in Information Systems Research. #@Theresa M. Vitolo,Chris Coulston #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1354 #*Supporting the Evaluation of Intelligent Sources. #@Dirk Vriens #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1358 #*Trust in B2C E-Commerce Interface. #@Ye Diana Wang #l,europe #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1360 #*Trust in Virtual Enterprises. #@T. T. Wong #l,others #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1373 #*Traversal Pattern Mining in Web Usage Data. #@Jenq-Foung Yao,Zongqiao Xiao #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1376 #*Tactic Knowledge and Discourse Analysis. #@Michele Zappavigna-Lee,Jon Patrick #l,north_america,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1380 #*The Impact of IT on Business Partnerships and Organizational Structures. #@Fang Zhao #l,north_america #t2005 #cEncyclopedia of Information Science and Technology (V) #fdatabases #index1385 #*Knowledge Discovery from Databases. #@José Hernández-Orallo #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1390 #*Discovering Association Rules in Temporal Databases. #@Juan M. Ale,Gustavo Rossi #l,europe,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1391 #*Kernelized Database Systems Security. #@Ramzi A. Haraty #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1392 #*Collective Knowledge Composition in a P2P Network. #@Boanerges Aleman-Meza,Christian Halaschek-Wiener,Ismailcem Budak Arpinar #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1393 #*E-Government Databases. #@Catherine Horiuchi #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1394 #*Converting a Legacy Database to Object-Oriented Database. #@Reda Alhajj,Faruk Polat #l,north_america,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1395 #*E-Mail Data Stores. #@Catherine Horiuchi #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1396 #*Proper Placement of Derived Classes in the Class Hierarchy. #@Reda Alhajj,Faruk Polat #l,north_america,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1397 #*Replication Mechanisms Over a Set of Distributed UDDI Registries. #@Zakaria Maamar #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1398 #*Logic Databases and Inconsistency Handling. #@José A. Alonso-Jiménez,Joaquín Borrego-Díaz,Antonia M. Chávez-González #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fartificial_intelligence #index1399 #*High Quality Conceptual Schemes. #@Esko Marjomaa #l,not_tagged #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1400 #*A Rhetorical Perspective on Localization and International Outsourcing. #@Kirk St. Amant #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1401 #*Hierarchical Architecture of Expert Systems for Database Management. #@R. Manjunath #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1402 #*Ontological Assumptions in Information Modeling. #@John M. Artz #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1403 #*Intension Mining. #@Héctor Oscar Nigro,Sandra Elizabeth González Císaro #l,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1404 #*Integrative Document and Content Management Systems Architecture. #@Len Asprey,Rolf Green,Michael Middleton #l,others,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1405 #*Dataveillance and Panoptic Marketspaces. #@Nikhilesh Dholakia,Detlev Zwick,Anil M. Pandya #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1406 #*Advanced Query Optimization. #@Antonio Badia #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1407 #*Main Memory Databases. #@Matthias Meixner #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1408 #*Business Rules in Databases. #@Antonio Badia #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1409 #*Database Replication Protocols. #@Francesc D. Muñoz-Escoí,Luis Irún-Briz,Hendrik Decker #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1410 #*Data Warehouses. #@Antonio Badia #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1411 #*Text Databases. #@Gonzalo Navarro #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1412 #*Relational, Object-Oriented and Object-Relational Data Models. #@Antonio Badia #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1413 #*Online Data Mining. #@Héctor Oscar Nigro,Sandra Elizabeth González Císaro #l,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1414 #*Extended Entity Relationship Modeling. #@Sikha Bagui #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1415 #*Symbolic Objects and Symbolic Data Analysis. #@Héctor Oscar Nigro,Sandra Elizabeth González Císaro #l,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1416 #*Integration of Data Semantics in Heterogeneous Database Federations. #@Herman Balsters #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1417 #*Query Operators in Temporal XML Databases. #@Kjetil Nørvåg #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1418 #*Raster Databases. #@Peter Baumann #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1419 #!Since the launch of Google Earth at the latest it is clear that online services for multi-Terabyte satellite imagery are becoming integral part of our Internet experience. Actually, 2-D imagery is but the tip of the iceberg - the general concept of multi-dimensional spatio-temporal raster data covers 1-D sensor time series, 2-D imagery, 3-D image time series (x/y/t) and exploration data (x/y/z), 4-D climate models (x/y/z/t), and many more. #*Ensuring Serializability for Mobile-Client Data Caching. #@Shin Parker,Zhengxin Chen #l,north_america,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1420 #*Databases for Mobile Applications. #@Indranil Bose,Wang Ping,Mok Wai Shan,Wong Ka Shing,Yip Yee Shing,Chan Lit Tin,Shiu Ka Wai #l,others,others,others,others,others,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1421 #*Rough Sets. #@Zdzislaw Pawlak,Lech Polkowski,Andrzej Skowron #l,north_america,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fprogramming_languages #fsoftware_engineering #index1422 #*Data Model Versioning and Database Evolution. #@Hassina Bounif #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1423 #*Vertical Database Design for Scalable Data Mining. #@William Perrizo,Qiang Ding,Masum Serazi,Taufik Abidin,Baoying Wang #l,others,others,north_america,north_america,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1424 #*Ontology-Based Data Integration. #@Agustina Buccella,Alejandra Cechich,Nieves R. Brisaboa #l,others,others,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1425 #*Database Support for Workflow Management Systems. #@Francisco A. C. Pinheiro #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1426 #*Real-Time Databases. #@Alejandro P. Buchmann #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #freal_time_and_embedded_systems #fdatabases #index1427 #*Object Modeling of RDBMS Based Applications. #@Giuseppe Polese,Vincenzo Deufemia,Gennaro Costagliola,Genny Tortora #l,europe,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1428 #*Business-to-Business Integration. #@Christoph Bussler #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1429 #*Knowledge Mining. #@Mahesh S. Raisinghani #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1430 #*Enterprise Application Integration. #@Christoph Bussler #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1431 #*Moving Objects Databases. #@Maria Andrea Rodríguez-Tastets #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1432 #*Database Engineering Focusing on Modern Dynamism Crises. #@Luiz Camolesi Jr.,Marina Teresa Pires Vieira #l,others,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1433 #*Multimedia Databases. #@Mariana Hentea #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fmultimedia #fgraphics #index1434 #*Using Views to Query XML Documents. #@Mario Cannataro,Sophie Cluet,Giuseppe Tradigo,Pierangelo Veltri,Dan Vodislav #l,europe,europe,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1435 #*Open Source Software and Information Systems on the Web. #@Antonio Cartelli #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1436 #*Set Valued Attributes. #@Karthikeyan Ramasamy,Prasad M. Deshpande #l,others,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1437 #*Normalizing Multimedia Databases. #@Shi-Kuo Chang,Vincenzo Deufemia,Giuseppe Polese #l,north_america,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1438 #*Consistency in Spatial Databases. #@Maria Andrea Rodríguez-Tastets #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1439 #*Metric Databases. #@Edgar Chávez,Gonzalo Navarro #l,north_america,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdata_mining #index1440 #*Storing XML Documents in Databases. #@Albrecht Schmidt 0002,Stefan Manegold,Martin L. Kersten #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1441 #*Path-Oriented Queries and Tree Inclusion Problems. #@Yangjun Chen #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1442 #*Ubiquitous Computing and Databases. #@George Roussos,Michael Zoumboulakis #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fnetworks_and_communications #index1443 #*Signature Files and Signature File Construction. #@Yangjun Chen,Yong Shi #l,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1444 #*Semantic Information Management. #@David G. Schwartz,Zvi Schreiber #l,others,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1445 #*Sensors, Uncertainty Models, and Probabilistic Queries. #@Reynold Cheng,Sunil Prabhakar #l,others,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1446 #*Data Warehousing and OLAP. #@José Hernández-Orallo #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdata_mining #fdatabases #index1447 #*The Information Quality of Databases. #@InduShobha N. Chengalur-Smith,M. Pamela Neely,Thomas Tribunella #l,north_america,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1448 #*Text Categorization. #@Fabrizio Sebastiani #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdata_mining #index1449 #*Active Database Management Systems. #@Mariano Cilia #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1450 #*Querical Data Networks. #@Cyrus Shahabi,Farnoush Banaei Kashani #l,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1451 #*Query Processing in Spatial Databases. #@Antonio Corral,Michael Vassilakopoulos #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1452 #*Extraction-Transformation-Loading Processes. #@Alkis Simitsis,Panos Vassiliadis,Timos K. Sellis #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1453 #*Free Software and Open Source Databases. #@Hugo J. Curti #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1454 #*Open Source Database Management Systems. #@Sulayman K. Sowe,Ioannis Samoladas,Ioannis Stamelos #l,others,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1455 #*Set Comparison in Relational Query Languages. #@Mohammad Dadashzadeh #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1456 #*Biological Data Mining. #@George Tzanis,Christos Berberidis,Ioannis P. Vlahavas #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fscientific_computing #index1457 #*Deriving Spatial Integrity Constraints from Geographic Application Schemas. #@Clodoveu A. Davis,Karla A. V. Borges,Alberto H. F. Laender #l,others,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1458 #*Query Processing for RDF Data. #@Heiner Stuckenschmidt #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1459 #*Data Warehousing, Multi-Dimensional Data Models, and OLAP. #@Prasad M. Deshpande,Karthikeyan Ramasamy #l,north_america,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1460 #*Modeling and Querying Temporal Data. #@Abdullah Uz Tansel #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1461 #*Temporal Databases. #@Mahesh S. Raisinghani,Christopher Klassen #l,north_america,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1462 #*Benchmarking and Data Generation in Moving Objects Databases. #@Theodoros Tzouramanis #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1463 #*Mathematics of Generic Specifications for Model Management, I. #@Zinovy Diskin #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fsoftware_engineering #index1464 #*Spatio-Temporal Indexing Techniques. #@Michael Vassilakopoulos,Antonio Corral #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1465 #*Mathematics of Generic Specifications for Model Management, II. #@Zinovy Diskin #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1466 #*Active Federated Database Systems. #@Genoveva Vargas-Solar #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1467 #*Generic Model Management. #@Zinovy Diskin,Boris Kadish #l,north_america,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1468 #*Digital Media Warehouses. #@Menzo Windhouwer,Martin L. Kersten #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1469 #*Semantically Modeled Enterprise Databases. #@Cheryl L. Dunn,Severin V. Grabski #l,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1470 #*Biometric Databases. #@Mayank Vatsa,Richa Singh,Phalguni Gupta,A. K. Kaushik #l,north_america,others,europe,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1471 #*Knowledge Discovery and Geographical Databases. #@Sami Faïz #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1472 #*Multiparticipant Decision Making and Balanced Scorecard Collaborative. #@Daniel Xodo #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1473 #*Semantic Enrichment of Geographical Databases. #@Sami Faïz,Khaoula Mahmoudi #l,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1474 #*Knowledge Management in Tourism. #@Daniel Xodo,Héctor Oscar Nigro #l,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1475 #*Syntactical and Semantical Correctness of Pictorial Queries for GIS. #@Fernando Ferri,Maurizio Rafanelli #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1476 #*Ontologies and Their Practical Implementation. #@Gian Piero Zarri #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1477 #*Data Dissemination. #@Ludger Fiege #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1478 #*Using Semantic Web Tools for Ontologies Construction. #@Gian Piero Zarri #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1479 #*Repairing Inconsistent XML Data with Functional Dependencies. #@Sergio Flesca,Filippo Furfaro,Sergio Greco,Ester Zumpano #l,europe,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1480 #*Geometric Quality in Geographic Information. #@José Francisco Zelasco,Gaspar Porta,José Luis Fernandez Ausinaga #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1481 #*Managing Inconsistent Databases Using Active Integrity Constraints. #@Sergio Flesca,Sergio Greco,Ester Zumpano #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1482 #*Object-Relational Modeling in the UML. #@Jaroslav Zendulka #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1483 #*Replication Methods and Their Properties. #@Lars Frank #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1484 #*Service Mechanism Quality for Enhanced Mobile Multimedia Database Query Processing. #@Yanpu Zhang,Zhengxin Chen #l,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1485 #*Transaction Concurrency Methods. #@Lars Frank #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1486 #*Common Information Model. #@James A. Fulton #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1487 #*Document Versioning in Digital Libraries. #@M. Mercedes Martínez-González #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1488 #*Multilevel Databases. #@Alban Gabillon #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1489 #*Component-Based Generalized Database Index Model. #@Ashraf Gaffar #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1490 #*An XML Multi-Tier Pattern Dissemination System. #@Ashraf Gaffar,Ahmed Seffah #l,north_america,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1491 #*Bioinformatics Data Management and Data Mining. #@Boris Galitsky #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1492 #*Natural Language Front-End for a Database. #@Boris Galitsky #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1493 #*Applying Database Techniques to the Semantic Web. #@María del Mar Roldán García,Ismael Navas Delgado,José Francisco Aldana Montes #l,europe,others,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1494 #*Preferred Repairs for Inconsistent Databases. #@Sergio Greco,Cristina Sirangelo,Irina Trubitsyna,Ester Zumpano #l,europe,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1495 #*Rewriting and Efficient Computation of Bound Disjunctive Datalog Queries. #@Sergio Greco,Ester Zumpano #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1496 #*Rewriting and Efficient Computation of Bound Disjunctive Datalog Queries. #@Sergio Greco,Ester Zumpano #l,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1497 #*Transformation-Based Database Engineering. #@Jean-Luc Hainaut #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1498 #*CASE Tools for Database Engineering. #@Jean-Luc Hainaut,Jean Henrard,Jean-Marc Hick,Didier Roland,Vincent Englebert #l,europe,europe,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1499 #*Checking Integrity Constraints in a Distributed Database. #@Hamidah Ibrahim #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1500 #*Optimization of Continual Queries. #@Sharifullah Khan #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1501 #*Security Controls for Database Technology and Applications. #@Zoltán Kincses #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1502 #*Similarity Search in Time Series Databases. #@Maria Kontaki,Apostolos N. Papadopoulos,Yannis Manolopoulos #l,europe,europe,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdata_mining #index1503 #*Database Query Personalization. #@Georgia Koutrika #l,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1504 #*Data Quality Assessment. #@Juliusz L. Kulikowski #l,europe #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1505 #*A Development Environment for Customer-Oriented Web Business. #@Choongseok Lee,Woojong Suh,Heeseok Lee #l,others,others,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1506 #*Transactional Support for Mobile Databases. #@Hong Va Leong #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1507 #*Engineering Information Modeling in Databases. #@Zongmin Ma #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1508 #*Fuzzy Database Modeling. #@Zongmin Ma #l,others #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1509 #*Semistructured Data and its Conceptual Models. #@Murali Mani,Antonio Badia #l,europe,north_america #t2005 #cEncyclopedia of Database Technologies and Applications #fdatabases #index1510 #*Management of Large Moving Objects Datasets: Indexing, Benchmarking and Uncertainty in Movement Representation. #@Talel Abdessalem,Cédric du Mouza,José Moreira,Philippe Rigaux #l,europe,europe,europe,europe #t2005 #cSpatial Databases #fdatabases #index1511 #*Approximate Computation of Distance-Based Queries. #@Antonio Corral,Michael Vassilakopoulos #l,europe,europe #t2005 #cSpatial Databases #fdatabases #index1512 #*Spatiotemporal Prediction using Data Mining Tools. #@Margaret H. Dunham,Nathaniel Ayewah,Zhigang Li,Kathryn Bean,Jie Huang #l,north_america,north_america,north_america,europe,others #t2005 #cSpatial Databases #fdatabases #index1513 #*Object-Relational Spatial Indexing. #@Hans-Peter Kriegel,Martin Pfeifle,Marco Pötke,Thomas Seidl,Jost Enderle #l,europe,europe,europe,europe,europe #t2005 #cSpatial Databases #fdatabases #index1514 #*Integrating Web Data and Geographic Knowledge into Spatial Databases. #@Alberto H. F. Laender,Karla A. V. Borges,Joyce C. P. Carvalho,Claudia Bauzer Medeiros,Altigran Soares da Silva,Clodoveu A. Davis #l,others,others,europe,others,others,others #t2005 #cSpatial Databases #fdatabases #index1515 #*Spatial Joins: Algorithms, Cost Models and Optimization Techniques. #@Nikos Mamoulis,Yannis Theodoridis,Dimitris Papadias #l,others,europe,others #t2005 #cSpatial Databases #fdatabases #index1516 #*Quadtree-Based Image Representation and Retrieval. #@Maude Manouvrier,Marta Rukoz,Geneviève Jomier #l,europe,europe,europe #t2005 #cSpatial Databases #fdatabases #index1517 #*Similarity Learning in GIS: An Overview of Definitions, Prerequisites and Challenges. #@Giorgos Mountrakis,Peggy Agouris,Anthony Stefanidis #l,north_america,north_america,north_america #t2005 #cSpatial Databases #fdatabases #index1518 #*Survey on Spatial Data Modelling Approaches. #@Jose Ramon Rios Viqueira,Nikos A. Lorentzos,Nieves R. Brisaboa #l,europe,europe,europe #t2005 #cSpatial Databases #fdatabases #index1519 #*Indexing Multi-Dimensional Trajectories for Similarity Queries. #@Michail Vlachos,Marios Hadjieleftheriou,Eamonn J. Keogh,Dimitrios Gunopulos #l,north_america,north_america,north_america,europe #t2005 #cSpatial Databases #fdatabases #index1520 #*Mining in Spatiotemporal Databases. #@Junmei Wang,Wynne Hsu,Mong-Li Lee #l,others,others,others #t2005 #cSpatial Databases #fdatabases #index1521 #*Applications of Moving Objects Databases. #@Ouri Wolfson,Eduardo Mena #l,north_america,europe #t2005 #cSpatial Databases #fdatabases #index1522 #*Simple and Incremental Nearest-Neighbor Search for Spatiotemporal Databases. #@Katerina Raptopoulou,Apostolos N. Papadopoulos,Yannis Manolopoulos #l,europe,europe,europe #t2005 #cSpatial Databases #fdatabases #index1523 #*Source Integration for Data Warehousing. #@Andrea Calì,Domenico Lembo,Maurizio Lenzerini,Riccardo Rosati #l,europe,europe,europe,europe #t2003 #cMultidimensional Databases #fdatabases #index1524 #%643908 #%533946 #%182918 #%62603 #%545094 #%845948 #%1118134 #%544945 #%599984 #%567106 #%544892 #%544778 #%303911 #%832301 #%544838 #%642024 #%845594 #%182895 #%12172 #%12171 #%559797 #%621652 #%299694 #%598603 #%299949 #%938487 #%1112812 #%304017 #%300034 #%1065090 #%598860 #%1059558 #%598894 #%950747 #%938582 #%1138146 #%950882 #%599085 #%116001 #%643121 #%982289 #%303913 #%938725 #%643213 #%938818 #%982326 #%300826 #%643522 #%176564 #%300902 #%1138173 #%1138205 #%304145 #%137913 #%95975 #%808476 #%982378 #%74047 #%545154 #!While the main goal of a data warehouse is to provide support for data analysis and management's decisions, a fundamental aspect in design of a data warehouse system is the process of acquiring the raw data from a set of relevant information sources. We will call source integration system the component of a data warehouse system dealing with this process. The main goal of a source integration system is to deal with the transfer of data from the set of sources constituting the application-oriented operational environment, to the data warehouse. Since sources are typically autonomous, distributed, and heterogeneous, this task has to deal with the problem of cleaning, reconciling, and integrating data coming from the sources. The design of a source integration system is a very complex task, which comprises several different issues. The purpose of this chapter is to discuss the most important problems arising in the design of a source integration system, with special emphasis on schema integration, processing queries for data integration, and data cleaning and reconciliation. #*Incomplete Information in Multidimensional Databases. #@Curtis E. Dyreson,Torben Bach Pedersen,Christian S. Jensen #l,north_america,europe,europe #t2003 #cMultidimensional Databases #fdatabases #index1525 #%1118499 #%1118271 #%1065442 #%641852 #%641953 #%1112325 #%1064657 #%642169 #%642452 #%299966 #%1065004 #%642654 #%300022 #%819844 #%598831 #%1112876 #%642865 #%618097 #%1118505 #%1113206 #%2344 #%300740 #%643488 #%643487 #%938917 #%95887 #%643754 #%96032 #%644052 #%1113785 #%71706 #%618225 #!While incomplete information is endemic to real-world data, current multidimensional data models are not engineered to manage incomplete information in base data, derived data, and dimensions. This chapter presents several strategies for managing incomplete information in multidimensional databases. Which strategy to use is dependent on the kind of incomplete information present, and also on where it occurs in the multidimensional database. A relatively simple strategy is to replace incomplete information with appropriate, complete information. The advantage of this strategy is that all multidimensional databases can manage complete information. Other strategies require more substantial changes to the multidimensional database. One strategy is to reflect the incompleteness in computed aggregates, which is possible only if the multidimensional database allows incomplete values in its hierarchies. Another strategy is to measure the amount of incompleteness in aggregated values by tallying how much uncertain information went into their production. #*Privacy in Multidimensional Databases. #@Francesco M. Malvestuto,Marina Moscarini #l,europe,europe #t2003 #cMultidimensional Databases #fdatabases #index1526 #%837173 #%545214 #%832194 #%864128 #%1061099 #%950001 #%1112552 #%133 #%1059410 #%1059607 #%1113181 #%1118525 #%618123 #%1059908 #%620 #%492 #!When answering queries that ask for, summary statistics, the query-system of a multidimensional database should guard confidential data, that is, it should avoid revealing (directly or indirectly) individual data, which could be exactly calculated or accurately estimated from the values of answered queries. In order to prevent the disclosure of confidential data, the query-system should be provided with an auditing procedure which, each time a new query is processed, checks that its answer does not allow a (knowledgeable) user to disclose any sensitive data. A promising approach consists in keeping track of (or auditing) answered queries by means a dynamic graphical data structure, here called the answer map, whose size increases with the number of answered queries and with the number of dimensions of the database, so that the problem of the existence of an efficient auditing procedure naturally arises. This chapter reviews recent results on this problem for "additive" queries (such as COUNT and SUM queries) by listing some polynomially solvable problems as well as some hard problems, and suggests directions for future work. #*Time in Multidimensional Databases. #@Alberto O. Mendelzon,Alejandro A. Vaisman #l,north_america,others #t2003 #cMultidimensional Databases #fdatabases #index1527 #%145248 #%145182 #%950880 #%159980 #%145143 #%303896 #%643281 #%2000 #%160161 #%96032 #%176658 #%176657 #!In spite of the obvious importance of time in data warehousing and OLAP, current commercial systems do not support tracking the history of a data warehouse, either at the schema or instance level. In this chapter we address this issue, introducing the Temporal Multidimensional Model and a query language, denoted TOLAP, allowing expressing temporal OLAP queries at a high level of abstraction. Further, we show that previous work in temporal databases needs to be extended in order to handle evolution and versioning in OLAP. Finally, we present an implementation, along with preliminary experimental results. #*Materialized Viewsin Multidimensional Databases. #@Stefano Paraboschi,Giuseppe Sindoni,Elena Baralis,Ernest Teniente #l,europe,europe,europe,europe #t2003 #cMultidimensional Databases #fdatabases #index1528 #*Cooperation with Geographic Databases. #@Elaheh Pourabbas #l,europe #t2003 #cMultidimensional Databases #fdata_mining #fdatabases #index1529 #%149886 #%971271 #%299360 #%617815 #%176266 #%617943 #%642556 #%300022 #%642699 #%618097 #%1113382 #%844931 #%385460 #%617685 #%95887 #%599849 #%493 #%301171 #%618225 #!The purpose of this chapter is to create cooperation between geographic databases (GDBs) and multidimensional databases (MDDBs), which are considered as the most promising and efficient information technologies for supporting decision making. We focus on the common key elements between geographic and multidimensional data which allow effective support in data cooperating. These elements are basically time and space, which are present implicitly or explicitly in MDDB and are modeled on the dimensions, Time and Location. Thus, because GDBs are primarily concerned with geographic data, we will focus on space as a bridge element for cooperating MDDBs and GDBs. We propose an approach that extends the geographic data structure through special attributes, called binding attributes, in order to describe all phenomena represented by MDDBs. This extension will make it possible to answer more specific "OLAP-based" queries within GDBs without modifying the physical organization of data in both environments. #*Hierarchies. #@Elaheh Pourabbas,Maurizio Rafanelli #l,europe,europe #t2003 #cMultidimensional Databases #fdatabases #index1530 #%1065442 #%1118668 #%299360 #%617840 #%300022 #%304048 #%545161 #%618094 #%618097 #%844931 #%618225 #!In this chapter we will focus on the rules of aggregation hierarchies in analysis dimensions of a cube. We give an overview of the related works on the basic concepts of the different types of aggregation hierarchies. We then discuss the hierarchies from two different points of view: mapping between domain values and hierarchical structures. In relation to them, we introduce the characterization of some OLAP operators on hierarchies and give a set of operators that concern the change in the hierarchy structure. Finally, we propose an enlargement of the operator set concerning hierarchies. #*Basic Notions. #@Maurizio Rafanelli #l,europe #t2003 #cMultidimensional Databases #fdatabases #index1531 #%150489 #%1118668 #%950880 #%641852 #%299360 #%617884 #%617946 #%1128174 #%819844 #%300056 #%642699 #%598831 #%176452 #%1118525 #%643261 #%938917 #%618223 #%1113382 #%844931 #%643749 #%95887 #%1129485 #%643754 #%301347 #%617874 #%618225 #!This chapter presents the basic notions regarding multidimensional (aggregate) databases by referring to different definitions given for them in the literature. It illustrates the important concepts of micro, macro, and metadata; presents a formal definition of the aggregation process, discussing the concepts of dimension and dimension hierarchies; describes the multidimensional aggregate data structure, distinguishing between simple, complex, and composite structure; illustrates the different types of null values; and discusses differences and similarities which exist between multidimensional aggregate data (generally called statistical data because they are used mainly by statisticians) and the On-Line-Analytic Processing (OLAP) of multidimensional data represented by different data cubes, also discussing the different (symmetric and nonsymmetric) treatment of dimensions and measures required by OLAP and aggregate multidimensional databases. Finally it discusses a graph model and a tabular model for this kind of data, and gives a set of definitions regarding the OLAP terminology. #*Operators for Multidimensional Aggregate Data. #@Maurizio Rafanelli #l,europe #t2003 #cMultidimensional Databases #fdatabases #index1532 #%145038 #%1065442 #%599467 #%950880 #%299360 #%617884 #%617840 #%617946 #%1128174 #%300022 #%819844 #%642699 #%598970 #%176452 #%618097 #%95644 #%618147 #%938917 #%618223 #%1065459 #%1113382 #%844931 #%643749 #%95887 #%1129485 #%600013 #%618225 #!In this chapter the author proposes the different approaches for defining operators able to manipulate this multidimensional structure. In particular, he initially considers operators for multidimensional aggregate data which extend relational algebra and relational calculus (the so-called enlarged relational model). Then he discusses operators for multidimensional aggregate data defined in a tabular environment. In both the cases the author defines such data as statistical (aggregate) data. Subsequently he introduces the operators for OLAP applications, giving a terminology correspondence between the multidimensional aggregate (statistical) databases and OLAP areas. Then he defines the fundamental operators deduced from the previous ones, which form the basic algebra for the manipulation of multidimensional aggregate data, giving their formal definitions and some explanatory examples. #*Dynamic Multidimensional Data Cubes. #@Mirek Riedewald,Divyakant Agrawal,Amr El Abbadi #l,north_america,north_america,north_america #t2003 #cMultidimensional Databases #fdatabases #index1533 #%304093 #%598070 #%950325 #%641953 #%1064719 #%642256 #%832609 #%176431 #%819844 #%300056 #%304024 #%304022 #%598831 #%598867 #%599137 #%643154 #%599385 #%304075 #%301029 #%176585 #%269249 #%951821 #%144425 #%598787 #%618238 #!Data cubes are ubiquitous tools in data warehousing, online analytical processing, and decision support applications. Based on a selection of pre-computed and materialized aggregate values, they can dramatically speed up aggregation and summarization over large data collections. Traditionally, the emphasis has been on lowering query costs with little regard to maintenance, i.e., update cost issues. We argue that current trends require data cubes to be not only query-efficient, but also dynamic at the same time, and we also show how this can be achieved. Several array-based techniques with different tradeoffs between query and update cost are discussed in detail. We also survey selected approaches for sparse data and the popular data cube operator, CUBE. Moreover, this work includes an overview of future trends and their impact on data cubes. #*Multidimensionality in Statistical, OLAP, and Scientific Databases. #@Arie Shoshani #l,north_america #t2003 #cMultidimensional Databases #fdatabases #index1534 #%145038 #%832666 #%1118568 #%883525 #%140458 #%598017 #%832253 #%176266 #%938347 #%300022 #%176431 #%1138049 #%598831 #%642938 #%1113037 #%95606 #%618097 #%643488 #%95759 #%833031 #%643698 #%643749 #%1129485 #%643752 #%95887 #%618322 #%96063 #%598787 #!The term "multidimensional databses" refers to data that can be viewed conceptually in a multidimensional space, where each dimension represents some attributes of the data. Viewing data in this form is natural for many applications, yet the concepts are not treated in a uniform way in the database literature. In this chapter, we show the commonality of concepts between three database areas: statistical, OLAP, and scientific databases. We show that these domains have two main structural concepts: the cross-product space of the dimensions, and the classification hierarchy structure associated with each dimension. In the first part of this chapter we describe how these structures are sed to represent data in statistical and OLAP databases and how summarization operators can be applied to them. Further, we discuss how these structures can be extended to represent related information using federated database concepts. In the second part of the chapter we show that these concepts are common to many scientific database application. In particular, we discuss the importance of supporting classification structures and the difficulty in representing them as tables in relational databases. We also discuss data structures to support multidimensional databases, emphasizing space-time representation, clustering in multidimensional space, indexing in multidimensional space, and supporting classification structures. We conclude by arguing that the concepts of multidimensionality and classification structures as well as the operation over them should be elevated to "first class" object types. These object types should be visible by the application user explicitly in the conceptual schemas as well as exposing them in the user interfaces. #*Querying Multidimensional Data. #@Leonardo Tininini #l,europe #t2003 #cMultidimensional Databases #fdatabases #index1535 #%145180 #%145038 #%484520 #%545094 #%1065442 #%545098 #%950880 #%598304 #%544945 #%95644 #%96032 #%1065458 #%1064719 #%1065420 #%545093 #%832546 #%618097 #%642688 #%617840 #%643602 #%642865 #%641889 #%176452 #%255796 #%300022 #%643807 #%176521 #%304004 #%25894 #%642285 #%304048 #%642699 #%304017 #%176614 #%641852 #%176266 #%299360 #%544778 #%598303 #%972499 #%599433 #%544986 #%545337 #%600013 #%176154 #%597957 #%1065090 #%598680 #%159888 #%159960 #%580432 #%1129485 #%1128174 #%1118706 #!A powerful and easy-to-use querying environment is certainly one of the most important components in a multidimensional database, and its effectiveness is influenced by many other aspects, both logical (data model, integration, policy of view materialization, etc.) and physical (multidimensional or relational storage, indexes, etc.). As is evident, multidimensional querying is often based on the metaphor of the data cube and on the concepts of facts, measures, and dimensions. In contrast to conventional transactional environments, multidimensional querying is often an exploratory process, performed by navigating along the dimensions and measures, increasing/decreasing the level of detail and focusing on specific subparts of the cube that appear to be "promising" for the required information.In this chapter we focus on the main languages proposed in the literature to express multidimensional queries, particularly those based on: (i) an algebraic approach, (ii) a declarative paradigm (calculus), and (iii) visual constructs and syntax. We analyze the problem of evaluation, i.e., the issues related to the efficient data retrieval and calculation, possibly (often necessarily) using some pre-computed data, a problem known in the literature as the problem of rewriting a query using views. We also illustrate the use of particular index structures to speed up the query evaluation process. #*Conceptual Multidimensional Models. #@Riccardo Torlone #l,europe #t2003 #cMultidimensional Databases #fdatabases #index1536 #%150489 #%150380 #%145038 #%151019 #%1065775 #%521187 #%641852 #%299360 #%190 #%617884 #%176266 #%617840 #%642285 #%1064719 #%1064738 #%183090 #%642452 #%598713 #%300022 #%642699 #%598831 #%545155 #%304048 #%642865 #%176452 #%618094 #%618097 #%95644 #%643281 #%618205 #%938917 #%1113382 #%599558 #%183943 #%95887 #%197 #%618281 #%618225 #!A variety of multidimensional data models have recently been proposed by both academic and industry communities. but consensus on formalism or even a common terminology has not yet emerged. In this chapter, we first discuss the requirements that an ideal conceptual multidimensional model should fulfill. These requirements are suggested by general information system modeling principles and the specific characteristics of OLAP applications. Building on these requirements, we then present a general conceptual multidimensional data model and show how it can be used to describe the basic aspects of a business application in a way that is easy to understand and independent of the criteria for actual data organization in the various systems. Starting from the characteristics of the model proposed, we summarize the general features that a multidimensional conceptual model should support. We then survey various multidimensional models proposed and relate their characteristics to these general features. Finally, we discuss the main points raised in the chapter and some problems that remain to be solved in this context. #*Modeling of Business Rules for Active Database Application Specification. #@Youssef Amghar,Madjid Meziane,André Flory #l,europe,others,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1581 #%832924 #%1118163 #%1118216 #%642546 #%74099 #%1077768 #%1138101 #%176430 #%2617 #%597983 #%77074 #%771140 #%1064851 #%772599 #%795360 #%191 #%599845 #%773829 #!Active database applications require the classic cycle of analysis, design, prototyping and implementation. During analysis and design steps of the information system engineering process, modeling behavior is an important task. This task is both essential and crucial when information system is centered on active databases, which allow the replacement of parts of application programs with active rules. For that reason, the specification of business rules during analysis and design steps becomes an actual requirement. Business rules ensure the well-functioning of information system. They are descriptive (integrity constraints) or functional (derivation rules and active rules). To relieve programmers from using either traditional or ad hoc techniques to design active databases, it is necessary to develop new techniques to model business rules. These techniques have to enhance the specification of dynamic aspect through a high-level description language able to express precisely and completely rule semantic. In this chapter, we propose a uniform approach to model business rules (active rules, integrity constraints, etc.). To improve the behavior specification we extend the state diagrams that are widely used for dynamic modeling. This extension is a transformation of state transitions according to rule semantics. In addition, we outline new functionalities of Computer-Aided System Engineering (CASE) to take into consideration the active database specificities. In this way, the designer can be assisted to control, maintain and reuse a set of rules. #*CMU-WEB: A Conceptual Model with Metrics for Testing and Designing Usability in Web Applications. #@Akhilesh Bajaj,Ramayya Krishnan #l,north_america,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1582 #%776544 #%772031 #%773009 #%256641 #%460 #%770060 #%668373 #%795628 #%928823 #%659492 #%1120068 #%806144 #!With the ubiquitous availability of browsers and Internet access, the last few years have seen a tremendous growth in the number of applications being developed on the World Wide Web (WWW). Models for analyzing and designing these applications are only just beginning to emerge. In this work, we propose a three-dimensional classification space for WWW applications, consisting of a degree of structure of pages dimension, a degree of support for interrelated events dimension and a location of processing dimension. Next, we propose usability design metrics for WWW applications along the structure of pages dimension. To measure these, we propose CMU-WEB-a conceptual model that can be used to design WWW applications, such that its schema provide values for the design metrics. This work represents the first effort, to the best of our knowledge, to provide a conceptual model that measures quantifiable metrics that can be used for the design of more usable Web applications, and that can also be used to compare the usability of existing Web applications, without empirical testing. #*Enforcing Cardinality Constraints in the ER Model with Integrity Methods. #@Mira Balaban,Peretz Shoval #l,others,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1583 #%193 #%845863 #%979731 #%845635 #%137068 #%643112 #%938689 #!Entity-Relationship (ER) schemas include cardinality constraints that restrict the dependencies among entities within a relationship type. The cardinality constraints have direct impact on application transactions, since insertions or deletions of entities or relationships might affect related entities. Application transactions can be strengthened to preserve the consistency of a database with respect to the cardinality constraints in a schema. Yet, once an ER schema is translated into a logical database schema, the direct correlation between the cardinality constraints and application transaction is lost, since the components of the ER schema might be decomposed among those of the logical database schema.We suggest extending the Enhanced-ER (EER) data model with integrity methods that can enforce the cardinality constraints. The integrity methods can be fully defined by the cardinality constraints, using a small number of primitive update methods, and are automatically created for a given EER diagram. A translation of an EER schema into a logical database schema can create integrity routines by translating the primitive update methods alone. These integrity routines may be implemented as database procedures, if a relational DBMS is utilized, or as class methods, if an object-oriented DBMS is utilized. #*Algorithm Development, Simulation Analysis, and Parametric Studies for Data Allocation in Distributed Database Systems. #@Amita Goyal Chin #l,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1584 #%982200 #%759 #%95156 #%1118731 #%117 #%299594 #%300961 #%95078 #%1112629 #%617360 #%813312 #%812851 #%813967 #%598266 #%1118181 #%1065664 #%1127840 #!In a distributed database system, an increase in workload typically necessitates the installation of additional database servers followed by the implementation of expensive data reorganization strategies. We present the Partial REALLOCATE and Full REALLOCATE heuristics for efficient data reallocation. Complexity is controlled and cost minimized by allowing only incremental introduction of servers into the distributed database system. Using first simple examples and then, a simulator, our framework for incremental growth and data reallocation in distributed database systems is shown to produce near optimal solutions when compared with exhaustive methods. #*Object-Oriented Database Benchmarks. #@Jérôme Darmont,Michel Schneider #l,europe,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1585 #%149845 #%951043 #%599303 #%521950 #%176335 #%521240 #%642568 #%172895 #%771261 #%599859 #%303963 #%1073689 #*The Role of Use Cases in the UML: A Review and Research Agenda. #@Brian Dobing,Jeffrey Parsons #l,north_america,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1586 #%832641 #%776687 #%979731 #%774929 #%2610 #%2617 #%775577 #%522328 #%521804 #!A use case is a description of a sequence of actions constituting a complete task or transaction in an application. Use cases were first proposed by Jacobson (1987) and have since been incorporated as one of the key modeling constructs in the UML(Booch, Jacobson, & Rumbaugh, 1999) and the Unified Software Development Process(Jacobson, Booch, & Rumbaugh, 1999). This chapter traces the development of use cases, and identifies a number of problems with both their application and theoretical underpinnings. From an application perspective, the use-case concept is marked by a high degree of variety in the level of abstraction versus implementation detail advocated by various authors. In addition, use cases are promoted as a primary mechanism for identifying objects in an application, even though they focus on processes rather than objects. Moreover, there is an apparent inconsistency between the so-called naturalness of object models and the commonly held view that use cases should be the primary means of communicating and verifying requirements with users. From a theoretical standpoint, the introduction of implementation issues in use cases can be seen as prematurely anchoring the analysis to particular implementation decisions. In addition, the fragmentation of objects across use cases creates conceptual difficulties in developing a comprehensive class diagram from a set of use cases. Moreover, the role of categorization in human thinking suggests that class diagrams may serve directly as a good mechanism for communicating and verifying application requirements with users. We conclude by outlining a framework for further empirical research to resolve issues raised in our analysis. #*Object-Process Methodology Applied to Modeling Credit Card Transactions. #@Dov Dori #l,others #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1587 #%776819 #%773044 #%835490 #%1129194 #%2617 #!Object-Process Methodology (OPM) is a system development and specification approach that combines the major system aspects-function, structure and behavior-within a single graphic and textual model. Having applied OPM in a variety of domains, this chapter specifies an electronic commerce system in a hierarchical manner, at the top of which are the processes of managing a generic product supply chain before and after the product is manufactured. Focusing on the post-product supply chain management, we gradually refine the details of the fundamental, almost "classical" electronic commerce interaction between the retailer and the end-customer, namely payment over the Internet using the customer's credit card. The specification results in a set of Object-Process Diagrams and a corresponding equivalent set of Object-Process Language sentences. The synergy of combining structure and behavior within a single formal model, expressed both graphically and textually, yields a highly expressive system modeling and specification tool. The comprehensive, unambiguous treatment of this basic electronic commerce process is formal, yet intuitive and clear, suggesting that OPM is a prime candidate for becoming a common standard vehicle for defining, specifying, and analyzing electronic commerce and supply chain management systems. #*Information Analysis in UML and ORM: A Comparison. #@Terry A. Halpin #l,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1588 #%2348 #%979793 #%845565 #%845777 #%938550 #%160571 #%183299 #%182780 #%184028 #%182778 #%73897 #%979731 #%1548 #%1570 #%859422 #!Since its adoption by the Object Management Group as a language for object-oriented analysis and design, the Unified Modeling Language (UML) has become widely used for designing object-oriented code. However, UML has had only minimal adoption among practitioners for the purposes of information analysis and database design. One main reason for this is that the class diagrams used in UML for data modeling provide only weak, and awkward, support for the kinds of business rules found in data-intensive applications. Moreover, UML's graphical language does not lend itself readily to verbalization and multiple instantiation for validating data models with domain experts. These defects can be remedied by using a fact-oriented approach for information analysis, from which UML class diagrams may be derived. Object-Role Modeling (ORM) is currently the most popular fact-oriented modeling approach. This chapter examines the relative strengths and weaknesses of UML and ORM for conceptual data modeling, and indicates how models in one notation can be translated into the other. #*Cooperative Query Processing via Knowledge Abstraction and Query Relaxation. #@Soon-Young Huh,Kae-Hyun Moon,Jin-Kyun Ahn #l,others,others,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1589 #%47549 #%982157 #%440198 #%299736 #%643755 #%1113267 #%1112620 #%1113265 #%1113657 #%1128444 #%925396 #%1120224 #!As database users adopt a query language to obtain information from a database, a more intelligent query answering system is increasingly needed that cooperates with the users to provide informative responses by understanding the intent behind a query. The effectiveness of decision support would improve significantly if the query answering system returned approximate answers rather than a null information response when there is no matching data available. Even when exact answers are found, neighboring information is still useful to users if the query is intended to explore some hypothetical information or abstract general fact. This chapter proposes an abstraction hierarchy as a framework to practically derive such approximate answers from ordinary everyday databases. It provides a knowledge abstraction database to facilitate the approximate query answering. The knowledge abstraction database specifically adopts an abstraction approach to extract semantic data relationships from the underlying database, and uses a multi-level hierarchy for coupling multiple levels of abstraction knowledge and data values. In cooperation with the underlying database, the knowledge abstraction database allows the relaxation of query conditions so that the original query scope can be broadened and thus information approximate to exact answers can be obtained. Conceptually abstract queries can also be posed to provide a less rigid query interface. A prototype system has been implemented at KAIST and is being tested with a personnel database system to demonstrate the usefulness and practicality of the knowledge abstraction database in ordinary database systems. #*Ternary Relationships: Semantic Requirements and Logically Correct Alternatives. #@Trevor H. Jones,Il-Yeol Song #l,europe,others #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1590 #%151666 #%845973 #%193 #%845835 #%183560 #%183130 #%95243 #%95241 #%1118533 #*A Case Study of the Use of the Viable System Model in the Organization of Software Development. #@Peter Kawalek,David Graham Wastell #l,europe,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1591 #%200760 #!This chapter considers the usefulness of the Viable System Model (VSM) in the study of organizational adaptation. The VSM is a rigorous organizational model that was developed from the study of cybernetics and has been given considerable attention by management science research. The chapter presents a longitudinal case study that focuses upon a software development team. The VSM was useful in diagnosing the likely consequences of different organizational designs and in prescribing an alternative solution. #*Using Weakly Structured Documents at the User-Interface Level to Fill in a Classical Database. #@Frédérique Laforest,André Flory #l,europe,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1592 #%1138031 #%2294 #%594941 #%793859 #%32170 #%793881 #%598225 #%598385 #%595197 #%183151 #%642616 #%26061 #%1065304 #%95458 #%595776 #%29623 #%595160 #%1118461 #%95272 #%1120325 #%1064650 #%775644 #!Electronic documents have become a universal way of communication due to Web expansion. But using structured information stored in databases is still essential for data coherence management, querying facilities, etc. We thus face a classical problem-known as "impedance mismatch" in the database world; two antagonist approaches have to collaborate. Using documents at the end-user interface level provides simplicity and flexibility. But it is possible to take documents as data sources only if helped by a human being; automatic document analysis systems have a significant error rate. Databases are an alternative as semantics and format of information are strict; queries via SQL provide 100% correct responses. The aim of this work is to provide a system that associates document capture freedom with database storage structure.The system we propose does not intend to be universal. It can be used in specific cases where people usually work with technical documents dedicated to a particular domain. Our examples concern medicine and more explicitly medical records. Computerization has very often been rejected by physicians because it necessitates too much standardization and form-based user interfaces are not easily adapted to their daily practice. In this domain, we think that this study provides a viable alternative approach. This system offers freedom to doctors; they would fill in documents with the information they want to store, in a convenient order and in a freer way. We have developed a system that allows a database to fill in quasi-automatically from documents paragraphs.The database used is an already existing database that can be queried in a classical way for statistical studies or epidemiological purposes. In this system, the document fund and the database containing extractions from dccuments coexist. Queries are sent to the database, answers include data from the database and references to source documents. #*Extending UML for Space- and Time-Dependent Applications. #@Rosanne Price,Nectaria Tryfona,Christian S. Jensen #l,north_america,europe,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1593 #%149263 #%232926 #%883525 #%883666 #%938374 #%183777 #%635333 #%232870 #%627581 #%74762 #%979731 #%1113270 #%232832 #%232897 #%684506 #*Changing the Face of War through Telemedicine and Mobile E-commerce. #@James A. Rodger,Parag C. Pendharkar,Mehdi Khosrowpour #l,north_america,north_america,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1594 #%247188 #%1009060 #%1009036 #%776514 #%1008999 #%1009038 #%807324 #*FOOM - Functional and Object-Oriented Methodology for Analysis and Design of Information Systems. #@Peretz Shoval,Judith Kabeli #l,north_america,others #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1595 #%845863 #%979731 #%2617 #%684783 #%913330 #%191 #%938976 #!FOOM is an integrated methodology for analysis and design of information systems, which combines the two essential software-engineering paradigms: the functional- (or process-) oriented approach and the object-oriented (OO) approach. In FOOM, system analysis includes both functional and data modeling activities, thereby producing both a functional model and a data model. These activities can be performed either by starting with functional analysis and continuing with data modeling, or vice versa. FOOM products of the analysis phase include:a)a hierarchy of OO-DFDs (object-oriented data flow diagrams), and b) an initial object schema, which can be created directly from the user requirements specification or from an entity-relationship diagram (ERD) that is mapped to that object schema. System design is performed according to the OO approach. The products of the design phase include: a) a complete object schema, consisting of the classes and their relationships, attributes, and method interfaces; b) object classes for the menus, forms and reports; and c) a behavior schema, which consists of detailed descriptions of the methods and the application transactions, expressed in pseudo-code and message diagrams. The seamless transition from analysis to design is attributed to ADISSA methodology, which facilitates the design of the menus, forms and reports classes, and the system behavior schema, from DFDs and the application transactions. #*The Psychology of Information Modeling. #@Keng Siau #l,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1596 #%248057 #%772930 #%183321 #%74653 #%74654 #%938979 #%118991 #%112 #%772803 #!Information modeling is the cornerstone of information systems analysis and design. Information models, the products of information modeling, not only provide the abstractions required to facilitate communication between the analysts and end-users, but they also provide a formal basis for developing tools and techniques used in information systems development. The process of designing, constructing, and adapting information modeling methods for information systems development is known as method engineering. Despite the pivotal role of modeling methods in successful information systems development, most modeling methods are designed based on common sense and intuition of the method designers with little or no theoretical foundation or empirical evidence. Systematic scientific approach is missing! This chapter proposes the use of cognitive psychology as a reference discipline for information modeling and method engineering. Theories in cognitive psychology are reviewed in this chapter and their application to information modeling and method engineering is discussed. #*How Complex Is the Unified Modeling Language? #@Keng Siau,Qing Cao #l,north_america,north_america #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1597 #%248057 #%996491 #%773402 #%979762 #%979793 #%840057 #%74653 #%74654 #%979731 #%979745 #%938979 #%1071883 #%1578 #%1129799 #%769822 #!Unified Modeling Language (UML)has emerged as the software industry's dominant modeling language. It is the de facto modeling language standard for specifying, visualizing, constructing, and documenting the components of software systems. Despite its prominence and status as the standard modeling language, UML has its critics. Opponents argue that it is complex and difficult to learn. Some question the rationale of having nine diagramming techniques in UML and the raison d'être of those nine techniques in UML. Others point out that UML lacks a comprehensive methodology to guide its users, which makes the language even more convoluted. A few studies on UML can be found in the literature. However, no study exists to provide a quantitative measure of UML complexity or to compare UML with other object-oriented techniques. In this research, we evaluate the complexity of UML using complexity metrics. The objective is to provide a reliable and accurate quantitative measure of UML complexity. A comparison of the complexity metrical values of UML with other object-oriented techniques was also carried out. Our findings suggest that each diagram in UML is not distinctly more complex than techniques in other modeling methods. But as a whole, UML is very complex-2-11 times more complex than other modeling methods. #*Managing Organizational Hypermedia Documents: A Meta-information System. #@Woojong Suh,Heeseok Lee #l,others,others #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fdatabases #index1598 #%246918 #%856109 #%794692 #%794278 #%1009111 #%1064635 #%1065083 #%1064723 #%2013 #%1065016 #%1064608 #%74651 #%805916 #%773293 #%794561 #%244824 #%248530 #%1065185 #!Recently, many organizations have attempted to build hypermedia systems to expand their working areas into Internet-based virtual work places. Increasingly, it becomes more important than ever to manage organizational hypermedia documents (OHDs); metadata plays a critical role for managing these documents. This chapter redefines metadata roles and proposes a metadata classification and the corresponding metadata schema for OHDs. Furthermore, a meta-information system, HyDoMiS (Hyperdocument Meta-information System) built on the basis of this schema is proposed. HyDoMiS performs three functions: metadata management, search, and reporting. The metadata management function is concerned with workflow, documents, and databases. The system is more likely to help implement and maintain hypermedia information systems effectively. #*Formal Approaches to Systems Analysis Using UML: An Overview. #@Jon Whittle #l,europe #t2002 #cAdvanced Topics in Database Research, Vol. 1 #fsoftware_engineering #fdatabases #index1599 #%471553 #%239170 #%71900 #%71835 #%363376 #%183826 #%220990 #%209635 #%208847 #%51547 #%440205 #%979731 #%601052 #%450817 #%1128386 #%362133 #%1127575 #%684445 #%662109 #%662100 #%1056831 #%806647 #*Implementation Techniques For Extensible Object Storage Systems. #@Jung-Ho Ahn,Ha-Joo Song,Hyoung-Joo Kim #l,others,others,others #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1600 #*A Review of Experiments on Natural Language Interfaces. #@Hock Chuan Chan,John Lim #l,others,others #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1601 #*A Framework for Analyzing Mobile Transaction Models. #@Andrés Coratella,Miguel Felder,Roberto Hirsch,Eduardo Rodríguez #l,others,others,others,europe #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1602 #*Methodology Evaluation Framework for Component-Based System Development. #@A. N. W. Dahanayake,Henk G. Sol,Zoran Stojanovic #l,europe,europe,europe #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1603 #*Considering Mobility in Query Processing for Mobile Commerce Systems. #@Chih-Horng Ke,Chiang Lee #l,others,others #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1604 #*A Run-Time Based Technique to Optimize Queries in Distributed Internet Databases. #@Latifur Khan,Arunkumar Ponnusamy,Dennis McLeod,Cyrus Shahabi #l,north_america,north_america,north_america,north_america #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1605 #*Towards Flexible Specification, Composition, and Coordination of Workflow Activities. #@Ling Liu,Calton Pu #l,north_america,north_america #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1606 #*On The Representation Of Temporal Dynamics. #@Salvatore T. March,Gove N. Allen #l,north_america,north_america #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1607 #*Software Agents for Mobile Commerce Services Support. #@Mihhail Matskin,Amund Tveit #l,europe,europe #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1608 #*The Development of Ordered SQL Packages in Peer-to-Peer Warehousing Environment. #@Wilfred Ng,Mark Levene #l,others,europe #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1609 #*Performance Implication of Knowledge Discovery Techniques in Databases. #@Balaji Rajagopalan,Ravindra Krovi #l,north_america,north_america #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1610 #*Applying UML For Designing Multidimensional Databases And OLAP Applications. #@Juan Trujillo,Sergio Luján-Mora,Il-Yeol Song #l,europe,europe,others #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1611 #*Meta-model Based Information Mediation. #@Luyin Zhao,Keng Siau #l,north_america,north_america #t2003 #cAdvanced Topics in Database Research, Vol. 2 #fdatabases #index1612 #*Federated Process Framework for Transparent Process Monitoring in Business Process Outsourcing. #@Kyoung-Il Bae,Soon-Young Huh #l,others,others #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1613 #*Fuzzy Aggregations and Fuzzy Specializations in Eindhoven Fuzzy EER Model. #@José Galindo,Angélica Urrutia,Mario Piattini #l,europe,others,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1614 #*Using DEMO and ORM in Concert: A Case Study. #@Jan L. G. Dietz,Terry A. Halpin #l,europe,north_america #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1615 #*Improving the Understandability of Dynamic Semantics: An Enhanced Metamodel for UML State Machines. #@Eladio Domínguez,Angel Luis Rubio,María Antonia Zapata #l,europe,europe,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1616 #*Online Analytic Mining for Web Access Patterns. #@Joseph Fong,Hing Kwok Wong,Anthony S. Fong #l,others,others,others #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1617 #*Modeling Motion: Building Blocks of a Motion Database. #@Roy Gelbard,Israel Spiegler #l,others,others #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1618 #*Comparing Metamodels for ER, ORM and UML Data Models. #@Terry A. Halpin #l,north_america #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1619 #*Regression Test Selection for Database Applications. #@Ramzi A. Haraty,Nashat Mansour,Bassel Daou #l,others,others,north_america #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1620 #*Framework for the Rapid Development of Modeling Environments. #@Ákos Lédeczi,Miklos Maroti,Péter Völgyesi #l,not_tagged,north_america,north_america #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1621 #*Revisiting Workflow Modeling with Statecharts. #@Wai Yin Mok,David P. Paper #l,others,north_america #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1622 #*Normalization of Relations with Nulls in Candidate Keys: Traditional and Domain Key Normal Forms. #@George C. Philip #l,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1623 #*Metrics for Workflow Design: How an Information Processing View on Business Processes Helps to Make Good Designs. #@Hajo A. Reijers #l,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1624 #*Preface. #@Keng Siau #l,north_america #t2004 #cAdvanced Topics in Database Research, Vol. 3 #falgorithms_and_theory #index1625 #*Agile Development Methods and Component-Orientation: A Review and Analysis. #@Zoran Stojanovic,A. N. W. Dahanayake,Henk G. Sol #l,europe,europe,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fsoftware_engineering #index1626 #*An Evaluation Framework for Component-Based and Service-Oriented System Development Methodologies. #@Zoran Stojanovic,A. N. W. Dahanayake,Henk G. Sol #l,europe,europe,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1627 #*Toward an Extended Framework for Human Factors Research on Data Modeling. #@Heikki Topi,V. Ramesh #l,north_america,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1628 #*An Attempt to Establish a Correspondence between Development Methods and Problem Domains. #@Óscar Dieste Tubío,Marcela Genero,Natalia Juristo Juzgado,Ana María Moreno #l,not_tagged,europe,europe,europe #t2004 #cAdvanced Topics in Database Research, Vol. 3 #fdatabases #index1629 #*Using Logic for Querying XML Data. #@Nick Bassiliades,Ioannis P. Vlahavas,Demetrios G. Sampson #l,europe,europe,europe #t2003 #cWeb-Powered Databases #fdatabases #index1647 #*Ubiquitous Access to Web Databases. #@Athman Bouguettaya,Brahim Medjahed,Mourad Ouzzani,Yao Meng #l,north_america,north_america,north_america,others #t2003 #cWeb-Powered Databases #fdatabases #index1648 #*Protecting Datasources over the Web: Policies, Models, and Mechanisms. #@Silvana Castano,Elena Ferrari #l,europe,europe #t2003 #cWeb-Powered Databases #fsecurity_and_privacy #index1649 #*Practical Case Study of a Web-based Tutor Payment System. #@Tanguy Chateau,Cecile Leroy,J. Wenny Rahayu,David Taniar #l,europe,europe,others,others #t2003 #cWeb-Powered Databases #fdatabases #index1650 #*Web Content Management and Dynamic Web Pages - A Tutorial. #@Esther Gelle,Viktor Schepik #l,europe,europe #t2003 #cWeb-Powered Databases #fdatabases #index1651 #*Cache Management for Web-Powered Databases. #@Dimitrios Katsaros,Yannis Manolopoulos #l,europe,europe #t2003 #cWeb-Powered Databases #fnetworks_and_communications #index1652 #*Database-Driven Product Catalog System. #@J. Wenny Rahayu,Andrew Flahive,David Taniar #l,others,others,others #t2003 #cWeb-Powered Databases #fdatabases #index1653 #*The Development of On-line Tests Based on Multiple Choice Questions. #@Geoffrey G. Roy,Jocelyn Armarego #l,others,others #t2003 #cWeb-Powered Databases #fdatabases #index1654 #*Web Mining to Create a Domain Specific Web Portal Database. #@Anthony Scime #l,north_america #t2003 #cWeb-Powered Databases #fdatabases #index1655 #*CODAR - A POA-based CORBA Database Adaptor for Web Service Infrastructures. #@Zahir Tari,Abdelkamel Tari,Surya Setiawan #l,others,others,north_america #t2003 #cWeb-Powered Databases #fdatabases #index1656 #*Web-Powered Databases: The Low Level in C++. #@Claude Del Vigna #l,europe #t2003 #cWeb-Powered Databases #fdatabases #index1657 #*Spatial Databases: Technologies, Techniques and Trends #@Yannis Manolopoulos,Apostolos Papadopoulos,Michael Vassilakopoulos #l,europe,europe,europe #t2005 #cSpatial Databases #fdatabases #index1669 #*Towards the Intelligent On-line Home Office. #@Stefano Antoniazzi,Matteo Pampolini #l,europe,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1812 #*The IT Leap and the Sektornet. #@Kurt Bøge #l,north_america #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1813 #*Technology as the Catalyst of Users' Acceptance in Electronic Commerce. #@Mirna Boscolo,Mirella Mastretti,Ettore Paolillo #l,europe,europe,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1814 #*Introduction by the Editors. #@Birte Christensen-Dalsgaard,William Donnelly,Michael Griffith #l,europe,europe,others #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1815 #*ACCORD Solutions for Flexible Working. #@Paolo Conforto,Vincenzo Marziale,Giacinto Losquadro #l,europe,europe,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1816 #*Flexible Quality-of-Service Technology for Supporting Voice/Data-Integrated Nomadic Networking. #@Hendrik Decker,Michael Krautgärtner #l,europe,others #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1817 #*The Telco's Goldmine - 50 Mb/s to the General Public over the Local Telephone Lines. #@Einar Edvardsen #l,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1818 #*Support Services for Business Process Oriented Telework. The COBIP Project. #@João José Pinto Ferreira,Wilhelm Dangelmaier,Jörg Goletz,Pedro Araújo #l,europe,europe,europe,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1819 #*New Ways of Flexible Working: The Contribution of ACTS, and Issues for IST. #@Michael Griffith #l,others #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1820 #*Interoperability for Multimedia Services: The Approach of the Standards Bodies - An Overview Based on ACTS Guideline SII G06. #@Renata Guarnieri,Cees J. M. Lanting #l,others,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1821 #*Net Working in the Knowledge Economy. #@Josef Hochgerner #l,not_tagged #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1822 #*Internet Service Architectures and ATM - The ELISA Approach. #@Berthold F. Koch,Christian Prehofer #l,europe,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1823 #*Developing a Reference Model for Networked Flexible Work through Industry Trials. #@David Leevers #l,north_america #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1824 #*New Business Paradigms. #@Horace Mitchell #l,north_america #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1825 #*UMPTIDUMPTI - Anytime, Anywhere, Anybody - UMTS for ALL. #@Alistair Munro #l,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1826 #*Giving Mobile Users Access to Net-Based Services - A Mobile Agent Approach. #@Riccardo Pascotto,Björn Schiemann,Ernö Kovacs #l,europe,europe,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1827 #*Gestalt - On-line Education and Training - State of the Art. #@Kevin Riley #l,north_america #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1828 #*TECODIS. The Experience of Teleworking for Software Developers. #@Julio López Roldan #l,europe #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1829 #*Flexible Working Technology for Sustainable Development and Social Inclusion. #@Frank Wilson #l,north_america #t1999 #cFlexible Working - New Network Technologies #fnetworks_and_communications #index1830 #*Knowledge Transformation for the Semantic Web #@Borys Omelayenko,Michel C. A. Klein #l,europe,europe #t2003 #cFrontiers in Artificial Intelligence and Applications #fartificial_intelligence #index1842 #*Machine Reconstruction of Human Control Strategies #@Dorian Suc #l,others #t2003 #cFrontiers in Artificial Intelligence and Applications #fartificial_intelligence #index1843 #*WFMS: The Next Generation of Distributed Processing Tools. #@Gustavo Alonso,C. Mohan #l,europe,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1846 #*Semantic-Based Decomposition of Transactions. #@Paul Ammann,Sushil Jajodia,Indrakshi Ray #l,north_america,north_america,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1847 #*An Extensible Approach to Realizing Advanced Transaction Models. #@Eman Anwar,Sharma Chakravarthy,Marisa S. Viveros #l,north_america,north_america,europe #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1848 #*The Reflective Transaction Framework. #@Roger S. Barga,Calton Pu #l,north_america,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1849 #*Customizable Concurrency Control for Persistent Java. #@Laurent Daynès,Malcolm P. Atkinson,Patrick Valduriez #l,north_america,europe,europe #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1850 #*Inter- and Intra-Transaction Parallelism for Combined OLTP/OLAP Workloads. #@Christof Hasse,Gerhard Weikum #l,europe,europe #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1851 #*Transaction Optimization Techniques. #@Abdelsalam Helal,Y. Kim,Marian H. Nodine,Ahmed K. Elmagarmid,Abdelsalam Heddaya #l,north_america,north_america,north_america,north_america,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1852 #*Towards Distributed Real-Time Concurrency and Coordination Control. #@Paul A. Jensen,Nandit Soparkar,Malek Tayara #l,north_america,north_america,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1853 #*Flexible Commit Protocols for Advanced Transaction Processing. #@Luigi V. Mancini,Indrajit Ray,Sushil Jajodia,Elisa Bertino #l,europe,north_america,north_america,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1854 #*Toward Formalizing Recovery of (Advanced) Transactions. #@Cris Pedregal Martin,Krithi Ramamritham #l,north_america,others #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1855 #*ConTracts Revisited. #@Andreas Reuter,Kerstin Schneider,Friedemann Schwenkreis #l,europe,europe,europe #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1856 #*Transaction Processing in Broadcast Disk Environments. #@Jayavel Shanmugasundaram,Arvind Nithrakashyap,Jitendra Padhye,Rajendran M. Sivasankaran,Ming Xiong,Krithi Ramamritham #l,north_america,north_america,north_america,north_america,north_america,others #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1857 #*Transactions in Transactional Workflows. #@Devashish Worah,Amit P. Sheth #l,europe,north_america #t1997 #cAdvanced Transaction Models and Architectures #fdatabases #index1858 #*Logical Handling of Inconsistent and Default Information. #@Philippe Besnard,Luis Fariñas del Cerro,Dov M. Gabbay,Anthony Hunter #l,europe,europe,others,europe #t1996 #cUncertainty Management in Information Systems #fartificial_intelligence #index1859 #*Approximate Reasoning Systems: Handling Uncertainty and Imprecision in Information Systems. #@Piero P. Bonissone #l,north_america #t1996 #cUncertainty Management in Information Systems #fdatabases #index1860 #*An Introduction to the Fuzzy Set and Possibility Theory-Based Treatment of Flexible Queries and Uncertain or Imprecise Databases. #@Patrick Bosc,Henri Prade #l,europe,europe #t1996 #cUncertainty Management in Information Systems #fartificial_intelligence #index1861 #*Uncertainty in Intelligent Databases. #@Robert Demolombe #l,europe #t1996 #cUncertainty Management in Information Systems #fdatabases #index1862 #*A Bibliography on Uncertainty Management in Information Systems. #@Curtis E. Dyreson #l,north_america #t1996 #cUncertainty Management in Information Systems #fdatabases #index1863 #*Probabilistic and Bayesian Representations of Uncertainty in Information Systems: A Pragmatic Introduction. #@Max Henrion,Henri Jacques Suermondt,David Heckerman #l,north_america,north_america,north_america #t1996 #cUncertainty Management in Information Systems #fdatabases #index1864 #*Uncertain, Incomplete, and Inconsistent Data in Scientific and Statistical Databases. #@Stephen K. Kwan,Frank Olken,Doron Rotem #l,north_america,north_america,north_america #t1996 #cUncertainty Management in Information Systems #fdatabases #index1865 #*On the Classification of Uncertainty Techniques in Relation to the Application Needs. #@E. H. Mamdani #l,europe #t1996 #cUncertainty Management in Information Systems #fdatabases #index1866 #*Introduction. #@Amihai Motro #l,north_america #t1996 #cUncertainty Management in Information Systems #fdatabases #index1867 #*Sources of Uncertainty, Imprecision, and Inconsistency in Information Systems. #@Amihai Motro #l,north_america #t1996 #cUncertainty Management in Information Systems #fdata_mining #fdatabases #index1868 #*Knowledge Discovery and Acquisition From Imperfect Information. #@Gregory Piatetsky-Shapiro #l,north_america #t1996 #cUncertainty Management in Information Systems #fdatabases #index1869 #*Imperfect Information: Imprecision and Uncertainty. #@Philippe Smets #l,europe #t1996 #cUncertainty Management in Information Systems #fartificial_intelligence #index1870 #*The Transferable Belief Model for Belief Representation. #@Philippe Smets,Rudolf Kruse #l,europe,europe #t1996 #cUncertainty Management in Information Systems #fartificial_intelligence #index1871 #*Uncertainty in Information Retrieval Systems. #@Howard R. Turtle,W. Bruce Croft #l,north_america,north_america #t1996 #cUncertainty Management in Information Systems #fartificial_intelligence #finformation_retrieval #index1872 #*Imperfect Information in Relational Databases. #@Esteban Zimányi,Alain Pirotte #l,europe,europe #t1996 #cUncertainty Management in Information Systems #fdatabases #index1873 #*Integration of Simulation and Multimedia in Automatically Generated Internet Courses. #@Manuel Alfonseca,Juan de Lara #l,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1885 #*A Visual Simulation Environment for MIPS Based on VHDL. #@J. M. Álvarez,N. Pavón,J. Ballesteros #l,not_tagged,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1886 #*An Authoring Environment for the SimulNet Educational Platform. #@Luis E. Anido-Rifón,Martín Llamas Nistal,Manuel J. Fernández Iglesias,Juan C. Burguillo-Rial,C. Brandin,Juan M. Santos,Manuel Caeiro #l,europe,europe,europe,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1887 #*BabelWin: An environment for learning and monitoring reading and writing skills. #@L. Aranda,S. Torres,Mónica Trella,Ricardo Conejo #l,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1888 #*An Internet Distance-Learning Operating Model. #@Jesus Boticario,Elena Gaudioso #l,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1889 #*Synchronous Drawing Actions in Environments of Collaborative Learning of Design. #@Crescencio Bravo,Miguel A. Redondo,José Bravo,Manuel Ortega,M. Lacruz #l,europe,europe,north_america,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1890 #*Interconnecting Courseware Modules via WWW. #@Juan C. Burguillo-Rial,Luis E. Anido-Rial,J. V. Benlloch,Félix Buendía #l,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1891 #*APRISA: A Tool for Teaching the Interconnection of Open Systems. #@E. M. De la Calzada,Belén Curto,Ana María Moreno,Vidal Moreno,Francisco J. Blanco,F. J. García #l,north_america,europe,europe,europe,europe,others #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1892 #*Adaptive Internet-based learning with the TANGOW system. #@Rosa M. Carro,Estrella Pulido,Pilar Rodríguez #l,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1893 #*Interactive Mathematics Teaching with Mathedu. #@Fernando Díez,Roberto Moriyón #l,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1894 #*Teaching Support Units. #@Ramón Fabregat,José-Luis Marzo,Clara Inés Peña de Carrillo #l,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1895 #*The Interactive Physics Course on the Internet. #@A. Franco #l,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1896 #*Task Based Training of Application Users. #@F. García,F. Moriyón #l,others,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1897 #*SUMA Project (Open Murcia University Services). #@A. Gómez,P. García,Jesús Egea,Jose Jaime Meseguer,Tomas Jiménez #l,europe,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1898 #*Introducing Waves Using Simulations Controled From Html Files. #@M. A. Hernández,J. M. Zamarro,E. Martín #l,north_america,europe,north_america #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1899 #*Using Bayesian Networks in Computerized Adaptive Tests. #@Eva Millán,Mónica Trella,José-Luis Pérez-de-la-Cruz,Ricardo Conejo #l,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1900 #*XML-based Integration of Hypermedia Design and Component-Based Techniques in the Production of Educational Applications. #@Antonio Navarro,José Luis Sierra,Baltasar Fernández-Manjón,Alfredo Fernández-Valmayor #l,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fsoftware_engineering #index1901 #*Computers in Education: the Near Future. #@Manuel Ortega #l,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1902 #*Learning Basque in a Distance-Adaptive way. #@Tomás A. Pérez,R. López,Julián Gutiérrez Serrano,A. González #l,europe,europe,europe,north_america #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1903 #*Collaborative planning for problem solution in distance learning. #@Miguel A. Redondo,Crescencio Bravo,José Bravo,Manuel Ortega #l,europe,europe,north_america,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1904 #*High Level Design of Web-Based Environments for Distance Education. #@Miguel Rodríguez-Artacho,M. Felisa Verdejo #l,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1905 #*M.A.C. A Hypermedia System for Learning Electronics. #@Angel Salaverría,María José Moure,María Dolores Valdés,Enrique Mandado,Manuel Pérez Cota #l,europe,europe,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1906 #*Computer-Human Learning. #@Pedro P. Sánchez-Villalón #l,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1907 #*Natural Language Processing in Educational Computer Science. #@Antonio Vaquero #l,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1908 #*Educational Web Sites: Some Issues for Evaluation. #@M. Felisa Verdejo #l,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1909 #*Building a Virtual Learning Environment Using Agents. #@A. A. Rodon,Enric Mor,Francesc Santanach Delisau #l,europe,europe,europe #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1910 #*Approach to Intelligent Adaptive Testing. #@N. Neira,Alfredo Alguero,José Antonio López Brugos,Víctor G. García #l,europe,europe,europe,others #t2000 #cComputers and Education in the 21st Century #fcomputer_education #index1911 #*Evaluation Criteria for Hypermedia Educational Systems. #@Ignacio Aedo,Paloma Díaz #l,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1912 #*Using teachers as heuristics evaluators of educational software interfaces. #@E. R. de Almeida,M. Levacov,José Valdeni de Lima,M. Soares #l,others,others,others,others #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1913 #*Creating Collaborative Environments for Web-based Training Scenarios. #@Luis E. Anido-Rifón,Manuel Caeiro,Martín Llamas Nistal,Manuel J. Fernández Iglesias #l,europe,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1914 #*The Next Step in Computer Based Education: the Learning Technologies Standardisation. #@Luis E. Anido-Rifón,Martín Llamas Nistal,Manuel J. Fernández Iglesias,Juan M. Santos,Manuel Caeiro #l,europe,europe,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1915 #*Advanced Learning Environments: Changed Views and Future Perspectives. #@Rosa Maria Bottino #l,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1916 #*Development of Didactic Resources for Distance Learning based on Simulation. #@Félix Buendía,J. V. Benlloch,J. M. Gómez #l,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1917 #*TutorMap. Past, Present and Future of a Mathematics Tutoring System. #@R. Criado,A. Gallinari,J. Ángel Velázquez-Iturbide #l,europe,europe,not_tagged #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1918 #*Learning Communities in the Web: Concepts and strategies. #@Paulo Dias #l,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1919 #*Symbolic Calculus Training by Means of MathTrainer. #@Fernando Díez,Roberto Moriyón #l,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1920 #*EJS: An Authoring Tool to Develop Java Applications. #@F. Esquembre,J. M. Zamarro #l,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1921 #*ADAM CASE. Using upper CASE tools in Software Engineering Laboratory. #@Francisco José García Peñalvo,M. N. Moreno,Ana María Moreno,G. González,Belén Curto,Francisco J. Blanco #l,europe,europe,europe,north_america,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1922 #*SICAS. Interactive system for algorithm development and simulation. #@A. Gomes,A. J. Mendes #l,others,others #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1923 #*Simurob and JRF. Teaching tools for robot simulation and programming. #@J. L. Gómez,I. Álvarez,Francisco J. Blanco,F. J. García,Belén Curto #l,europe,not_tagged,europe,others,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1924 #*Collares Ortofónicos. System for the training of the suprasegmental parameters of intensity and rhythm of the articulated sound. #@F. J. González,S. Torres,Ricardo Conejo #l,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1925 #*EXercita. A System for Archiving and Publishing Programming Exercises. #@Carlos Gregorio-Rodríguez,Luis Fernando Llana Díaz,R. Martínez,Pedro Palao-Gostanza,Cristóbal Pareja-Flores,J. Ángel Velázquez-Iturbide #l,europe,europe,europe,europe,europe,not_tagged #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1926 #*Interactive Design of Adaptive Courses. #@José Antonio Macías Iglesias,Pablo Castells #l,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fhuman-computer_interaction #index1927 #*Using Simulation and Virtual Reality for Distance Education. #@Juan de Lara,Manuel Alfonseca #l,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1928 #*ED68K. A design framework for the development of digital systems based on MC68000. #@Marisa Luisa López-Vallejo,J. M. Fernández Freire,J. Colás #l,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1929 #*An Experience on Virtual Teaching: AulaNet. #@A. J. López,R. Pérez #l,north_america,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1930 #*Guided Collaborative Chess Tutoring through Game History Analysis. #@Miguel Angel Mora,Roberto Moriyón #l,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1931 #*Using Analysis, Design and Development of Hypermedia Applications in the Educational Domain. #@Antonio Navarro,Alfredo Fernández-Valmayor,Baltasar Fernández-Manjón,José Luis Sierra #l,europe,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1932 #*Ubiquitous Computing and Collaboration. New interaction paradigms in the classroom for the 21st Century. #@Manuel Ortega,Miguel A. Redondo,Maximiliano Paredes,Pedro P. Sánchez-Villalón,Crescencio Bravo,José Bravo #l,europe,europe,europe,europe,europe,north_america #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1933 #*Shared Whiteboard Manager and Student Notebook for the PLAN-G Telematic Platform. #@Clara Inés Peña de Carrillo,Ramón Fabregat,Anna Urra,Monserrat Vallès Rocha,José-Luis Marzo #l,europe,europe,europe,others,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1934 #*Creation of a Multimedia System for Learning about Oscillations. #@G. Pedrós Pérez,A. Pontes,P. Martínez-Jiménez,A. Amo #l,europe,others,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1935 #*Guiding the user. An element to aid knowledge construction in adaptive hypermedia systems. #@Tomás A. Pérez,Julián Gutiérrez Serrano,Ricardo López Pietro,A. González,José Ángel Vadillo Zorita #l,europe,europe,europe,north_america,not_tagged #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1936 #*Pedagogical Strategies With Hypermedia. Limiting access to hyperspace for educational purposes. #@Tomás A. Pérez,Julián Gutiérrez Serrano,Ricardo López Pietro,A. González,José Ángel Vadillo Zorita #l,europe,europe,europe,north_america,not_tagged #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1937 #*Artificial Intelligence in the HyperClass: Design Issues. #@John Tiffin,Nobuyoshi Terashima,Lalita Rajasingham #l,others,others,others #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1938 #*Improving the Language Mastery through Responsive Environments. #@Antonio Vaquero,Fernando Sáenz,A. Barco #l,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1939 #*Test Construction and Management with Network Adaptive Control. #@J. A. Díaz Villalta,Ángel Neira,Alfredo Alguero,José Antonio López Brugos #l,europe,not_tagged,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1940 #*Foundations of Programming: a Teaching Improvement. #@María-Victoria Belmonte,Carlos Cotta,Antonio J. Fernández,I. Gómez,Jose Luis Pastrana,J. A. Pedreira,Francisco Rus,Enrique Soler #l,europe,europe,europe,europe,europe,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1941 #*HCI Curricula in Spain. A cooperatively designed, free Web-access syllabus. #@Jesús Lorés,Julio Abascal,José J. Cañas,Ignacio Aedo,Miguel Gea,M. Ortega,Luis Alfonso Ureña López,P. M. Valero,M. Velez #l,europe,europe,europe,europe,europe,others,europe,europe,europe #t2001 #cComputers and Education. Towards an Interconnected Society #fcomputer_education #index1942 #*Clustering in Metric Spaces with Applications to Information Retrieval. #@Ricardo A. Baeza-Yates,Benjamin Bustos,Edgar Chávez,Norma Herrera,Gonzalo Navarro #l,north_america,north_america,north_america,others,others #t2003 #cClustering and Information Retrieval #fdatabases #index1973 #*Techniques for Textual Document Indexing and Retrieval Knowledge Sources and Data Mining. #@Wesley W. Chu,Zhenyu Liu,Wenlei Mao #l,north_america,others,others #t2003 #cClustering and Information Retrieval #fdatabases #index1974 #*A Science Data System Architecture for Information Retrieval. #@Daniel J. Crichton,J. Steven Hughes,Sean C. Kelly #l,north_america,north_america,north_america #t2003 #cClustering and Information Retrieval #fdatabases #index1975 #*Finding Topics in Collections of Documents: A Shared Nearest Neighbor Approach. #@Levent Ertöz,Michael Steinbach,Vipin Kumar #l,north_america,north_america,north_america #t2003 #cClustering and Information Retrieval #fdata_mining #index1976 #*Techniques for Clustering Massive Data Sets. #@Sudipto Guha,Rajeev Rastogi,Kyuseok Shim #l,north_america,north_america,others #t2003 #cClustering and Information Retrieval #fdatabases #index1977 #*On Quantitative Evaluation of Clustering Systems. #@Ji He,Ah-Hwee Tan,Chew Lim Tan,Sam Yuan Sung #l,north_america,others,others,north_america #t2003 #cClustering and Information Retrieval #fdata_mining #index1978 #*Document Clustering, Visualization, and Retrieval Link Mining. #@Steven Noel,Vijay V. Raghavan,Chee-Hung Henry Chu #l,europe,north_america,north_america #t2003 #cClustering and Information Retrieval #fdata_mining #index1979 #*Clustering Techniques for Large Database Cleansing. #@Sam Yuan Sung,Zhao Li,Tok Wang Ling #l,north_america,europe,others #t2003 #cClustering and Information Retrieval #fdatabases #index1980 #*Query Clustering in the Web Context. #@Ji-Rong Wen,HongJiang Zhang #l,north_america,others #t2003 #cClustering and Information Retrieval #fdata_mining #finformation_retrieval #index1981 #*Granular Computing for the Design of Information Retrieval Support Systems. #@Yiyu Yao #l,north_america #t2003 #cClustering and Information Retrieval #finformation_retrieval #index1982 #*Advanced Database Indexing #@Yannis Manolopoulos,Yannis Theodoridis,Vassilis J. Tsotras #l,europe,europe,north_america #t1999 #cAdvances in Databases Systems #fdatabases #index1992 #*Advanced Signature Indexing for Multimedia and Web Applications #@Yannis Manolopoulos,Alexandros Nanopoulos,Eleni Tousidou #l,europe,europe,europe #t2003 #cAdvances in Databases Systems #fdatabases #index1993 #!:Advanced Signature Indexing for Multimedia and Web Applications is an excellent reference for professionals involved in the development of applications in multimedia databases or the Web and may also serve as a textbook for advanced level courses in database and information retrieval systems. #*A Framework for Meta-Information in Digital Libraries. #@Kate Beard,Terence R. Smith #l,europe,north_america #t1998 #cMultimedia Data Management #fdatabases #index2004 #*Metadata Handling in HyperStorM. #@Klemens Böhm #l,europe #t1998 #cMultimedia Data Management #fdatabases #index2005 #*Overview on Using Metadata to manage Multimedia Data. #@Susanne Boll,Wolfgang Klas,Amit P. Sheth #l,europe,europe,north_america #t1998 #cMultimedia Data Management #fdatabases #index2006 #*Metadata for Mixed-Media Access. #@Francine Chen,Marti A. Hearst,Don Kimber,Julian Kupiec,Jan O. Pedersen,Lynn Wilcox #l,north_america,north_america,north_america,north_america,europe,north_america #t1998 #cMultimedia Data Management #fdatabases #index2007 #*Content-Based Image Retrieval using Metadata and Relaxation Techniques. #@Wesley W. Chu,Chih-Cheng Hsu,Ion Tim Ieong,Ricky K. Taira #l,north_america,others,europe,europe #t1998 #cMultimedia Data Management #fdatabases #index2008 #*Metadata Management for Geographic Information Discovery and Exchange. #@Pamela Drew,Jerry Ying #l,others,others #t1998 #cMultimedia Data Management #fdatabases #index2009