project
TEST RIG TROUBLE-SHOOTER.
Developed a Trouble-shooter for Test Rig health analysis which diagnose and fixes the problems in test rig involved in load testing.
The diagnosis includes the checks for controller, Clients and Agents machine present in load testing.
LOCALIZATION AND NAVIGATION USING SEMANTICS.
Segmentation of arial image to identify landmarks.
Simulated the available SLAM(Simultaneous localization and mapping) techniques to determine their position of arial vehicle whose control information (with noise) is given.
Applied kalman and Gaussian filter to obtain the most likelihood map of the area.
B. Tech PROJECT
The main objective is to implement better test cases based on the detection of infeasible path.
Detect the infeasible path based on some given patterns.
Suggest some new patterns to detect the infeasible path.
To remove the def-use pairs present along the infeasible path, and obtain a System dependency graph(SDG) of the resulting program.
To find the accurate program slices from the SDG obtained, which will be used to obtain better test cases.
WATER BODY DEMARKATION.
To Identify the area of water bodies using the satellite image data by applying the concepts of density slicing and maximum likelihood estimation and compare the result with the actual data.
MIPS-64 PIPELINED PROCESSOR WITH DATA FORWARDING
Developed a 64-bit pipelined processor with 20 supported instruction and provision for data forwarding.
IMPLEMENTED A RUDIMENTRY FILE SYSTEM.
This file system can perform create, read, write and copy on both files and folder.