Govind Ajith Kumar's Projects
Solution to the 8 puzzle problem using Brute force search method
Obstacle space solution using A* for non holonomic drive robot
Solution of the obstacle space using A * Algorithm
A solution of a few questions from the Accelerated C ++ Text Book
Simple cpp boilerplate with cmake and gtest
The programme understands orders of higher priority and executes them first. Gantry also flips a part when it is placed wrongly and places them right!
Trying to pick up and deliver parts to the Automated Ground Vehicle (AGV). The gantry also checks for faulty parts and replaces them as necessary.
The programme developed avoids humans in the obstacle space. The programme also intelligently detects a blackout of sensors in the environment, and reacts accordingly. This programme also embodies all the developments made over the past two months.
This project reads information from the sensors and detects the parts in the environment
Autonomous Robotics - ENPM 809T - Graduate Course at the University of Maryland, College Park
Part of the course ENPM 661. Code can also be found there.
Control of Robotic Systems - ENPM 667 - Graduate Course at the University of Maryland, College Park
This repository is used to solve some C++ Challenges
A repository containing my practice codes for some major data structures that are common in the COmputer Science world.
Solution of an obstacle space using Dijkstras algorithm for point and rigid robot
This repository shows how to get combined IMU, GPS, and Video data for ORB-SLAM2 verification testing
Planning for Autonomous Robotics - ENPM 661 - Graduate Course at the University of Maryland, College Park
Perception for Autonomous Robotics - ENPM 673 - Graduate Course at the University of Maryland, College Park
This repository is a collection of re-usable code, whose need might arise from one project to another.
Project 3 of Perception in Autonomous Robots at University of Maryland, College Park
A Greasemonkey script to better integrate Youtube videos in Github markdown (pull requests, issues, comments, ...).
Submissions for my HackerRank C++ Challenges