Joseph Prince Mathew

Papers

Total Citations

H-Index

About

Joseph Prince Mathew is a robotics researcher whose work bridges the critical gap between multi-agent coordination and real-world autonomous systems. His primary research areas include distributed multi-robot systems, swarm intelligence, and aerial robotics, with a particular focus on enabling teams of robots to operate effectively in unknown, dynamic environments. Mathew’s most notable contribution is his work on “Real-Time Distributed Multi-Robot Target Tracking via Virtual Pheromones,” which addresses the fundamental challenge of balancing environmental coverage with target detection density—a problem that has earned 3 citations for its novel bio-inspired approach. In parallel, his hands-on engineering prowess is showcased in “Lighter-Than-Air Autonomous Ball Capture and Scoring Robot,” which documents the full design and deployment of a primary scoring agent for an aerial robotics competition. This paper, also with 3 citations, serves as a valuable blueprint for teams navigating the growing landscape of open-ended robotics competitions. Mathew’s dual focus on theoretical coordination algorithms and practical competition-grade hardware demonstrates a rare ability to move from concept to deployment, making his work essential reading for students and researchers interested in the future of autonomous multi-agent systems.