Christopher Irwin Smith
Papers
2
Total Citations
7
H-Index
2
About
Christopher Irwin Smith is a pioneering researcher in multi-robot systems and disaster robotics, with a focus on distributed coordination and real-world deployment. His most influential work, "A distributed deployment algorithm for mobile robotic agents with limited sensing/communication ranges" (2015, 4 citations), introduces a scalable algorithm enabling robots with kinematic constraints and restricted communication to autonomously cover convex regions—a foundational contribution to swarm robotics. Smith’s impact extends to crisis response; his paper "Applications of tactical mobile robot technology to urban search and rescue: lessons learned at the World Trade Center disaster" (2002, 3 citations) documents the first-ever use of tactical mobile robots in a major disaster, where robots from DARPA’s program were deployed under CRASAR at the World Trade Center. This work provided critical lessons for integrating robotics into emergency operations, shaping modern search-and-rescue protocols. Smith’s research bridges theoretical algorithms and life-saving applications, demonstrating how limited-sensing robots can achieve coordinated tasks in chaotic environments. His contributions highlight the transformative potential of robotics in both controlled deployments and high-stakes humanitarian missions.
Research Focus
Key Achievements
Top Papers
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