J. Bonney

University of Minnesota, Architecture Technology Corporation (United States)

Papers

Total Citations

163

H-Index

About

J. Bonney is a pioneering researcher in distributed robotics and miniature robotic systems, with a primary focus on reconnaissance and surveillance technologies. Their most influential work introduces the "scout" robot—a remarkably compact, 116cc autonomous platform designed for clandestine missions. Bonney’s major contribution lies in demonstrating how large teams of these miniature robots can be coordinated by human operators or larger "ranger" robots, effectively creating a scalable, hierarchical robotic swarm. This work, cited 145 times, established foundational principles for deploying tiny, sensor-rich robots equipped with cameras, vibration monitors, and wireless transceivers in covert environments. Bonney also advanced the field of reconfigurable robotics, showing how small robots with multiple movement capabilities can adapt to complex tasks. Additionally, their research on nomadic routing protocols addressed critical challenges in intra-robot communication and data networking within distributed teams. By tackling the unique constraints of miniature platforms—limited size, power, and bandwidth—Bonney’s work has had lasting impact on military reconnaissance, search-and-rescue operations, and the broader field of multi-robot coordination. Their innovations continue to inspire new generations of compact, cooperative robotic systems.