Papers
5
Total Citations
19
H-Index
3
About
Timothy Gregory is a robotics researcher whose work spans multi-robot systems, autonomous navigation, and human-machine interfaces. His research focuses on enabling robust coordination among heterogeneous robotic teams—including unmanned ground vehicles, aerial drones, and surface vessels—for mission-critical applications like search and rescue, wildfire monitoring, and disaster assessment. Gregory’s most cited work, “A Novel ROS2 QoS Policy-Enabled Synchronizing Middleware for Co-Simulation of Heterogeneous Multi-Robot Systems” (2023, 8 citations), addresses the challenge of synchronizing diverse robotic platforms in real-time simulations. He also developed TopoNav (2024, 7 citations total), a topological navigation framework that enables efficient exploration in sparse reward environments without prior maps—a significant advance for autonomous robots operating in unknown, feedback-limited settings. His latest contribution, DACC-Comm (2025), introduces DNN-powered adaptive compression and flow control for robust communication in network-constrained environments, further strengthening multi-agent coordination. Notably, Gregory’s career includes early work on regeneration-type peripheral nerve interfaces for direct man/machine communication (1993), demonstrating a long-standing interest in bridging biological and robotic systems. His research continues to push the boundaries of resilient, intelligent multi-robot teams.
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