137
edits
Changes
Jump to navigation
Jump to search
Line 246:
Line 246: − + − + − + − + − + + + + +
Summer of Code/2016/Nutritional Microworld (view source)
Revision as of 06:10, 25 March 2016
, 06:10, 25 March 2016→About my project
Some of the academic projects which I have been a part of include:
Some of the academic projects which I have been a part of include:
1)[https://github.com/sneh1234/Virtual-carrom Virtual carrom]-> It is two player virtual carrom game written in openGL-2 and c++.
1) [https://github.com/sneh1234/Virtual-carrom Virtual carrom]-> It is two player virtual carrom game written in openGL-2 and c++.
2)[https://github.com/sneh1234/Hospital-Database Hospital database] -> It is a database management system made for hospital for managing patient records, their bill records and medicine records. Developed in php, html, javascript.
3)[https://github.com/sneh1234/Ultimate-Tic-Tac-Toe Ultimate-Tic-Tac-Toe] -> Created a bot for ultimate tic-tac-toe game to compete with other bots in a tournament. Min-Max tree and Alpha-Beta pruning were used here to simulate optimal game-play.
2) [https://github.com/sneh1234/Hospital-Database Hospital database] -> It is a database management system made for hospital for managing patient records, their bill records and medicine records. Developed in php, html, javascript.
4)[https://github.com/sneh1234/Orchestration-Layer Orchestration-Layer] -> A Virtualization Orchestration Layer made in Python. It works as a fabric that can coordinate the provisioning of compute resources by negotiating with a set of Hypervisors running across physical servers in the datacenter. It works with rest api. It uses hello_flask for frontend. While uses Qemu, KVM, libvirt for backend.
5)[https://github.com/sneh1234/TopShooter TopShooter] -> Built a 3-D top shooter game in openGL-2 and c++.
3) [https://github.com/sneh1234/Ultimate-Tic-Tac-Toe Ultimate-Tic-Tac-Toe] -> Created a bot for ultimate tic-tac-toe game to compete with other bots in a tournament. Min-Max tree and Alpha-Beta pruning were used here to simulate optimal game-play.
4) [https://github.com/sneh1234/Orchestration-Layer Orchestration-Layer] -> A Virtualization Orchestration Layer made in Python. It works as a fabric that can coordinate the provisioning of compute resources by negotiating with a set of Hypervisors running across physical servers in the datacenter. It works with rest api. It uses hello_flask for frontend. While uses Qemu, KVM, libvirt for backend.
5) [https://github.com/sneh1234/TopShooter TopShooter] -> Built a 3-D top shooter game in openGL-2 and c++.