Networked Robots: Coordination and Control
Dr. Lin, Department of Electrical Engineering
This REU project aims to develop a team of robotic systems that can accomplish complex team missions even in the face of uncertain and dynamic environments. Applications that motivate this project include, but not limited to, emergency response, future manufacturing systems, and service robots. In this REU project, we will touch topics on both hardware/software development and theoretical/algorithm design, such as communication-aware coordinated motion planning, sensing, task planning through formal methods, a counterexample-guided synthesis which combines logic inference with optimization.
Develop algorithms to synthesize robust trajectories, and to adapt the trajectories during run-time to deal with unknown obstacles or other agents in the environment. Implement these algorithms in real robotic platforms, such as Pioneer 3AT/3DX and Baxter. Background/interest in optimization, embedded systems, control, algorithms, real-time programming. Preferred skills in MATLAB, C/C++, and Linux.