MCTS Flight Simulation Research
Working with 6DOF and JSBsim to simulate F16 planes and compare planes running MCTS with planes running a pure pursuit algorithm.
A junior Computer science Student at Georgia Institute of Technology
Ready to pursue real-world challenges and explore ways to support the universe
Working with 6DOF and JSBsim to simulate F16 planes and compare planes running MCTS with planes running a pure pursuit algorithm.
Takes a robot odometry measurement as a motion control input and a marker measurement as a sensor input. Took 5000 particles as the filter to try and find the global optimal estimation.
Tuning a linear and angular PID controller that is suitable for a robot driving along a thin icy path. I looked into certain parameters and stopping algorithms to prevent a robot from sliding off the icy road.
Designing a node generator to navigate a robot through a series of obstacles in real time with RRT. Path smoothing was also made to reduce the number of nodes between the start node and the end node.