Brian D. Slaughter

Papers

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About

Brian D. Slaughter is a pioneering researcher in marine robotics and heterogeneous multirobot systems, with a focus on deploying autonomous vehicles for disaster response and environmental monitoring. His most-cited work, "Marine heterogeneous multirobot systems at the great Eastern Japan Tsunami recovery" (2012, 64 citations), documents the first-ever field deployment of mixed unmanned surface and underwater vehicle teams during the 2011 Great Eastern Japan Earthquake and Tsunami recovery efforts. This landmark study, conducted in collaboration with the Center for Robot-Assisted Search and Rescue and Japan's International Rescue System Institute, demonstrated how coordinated robot teams can operate in extreme, post-disaster marine environments to assess damage, locate hazards, and support human responders. Slaughter's contributions extend beyond this single deployment; he has advanced the theory and practice of multirobot coordination, sensor integration, and adaptive mission planning for real-world, time-critical scenarios. His work has been instrumental in shaping how robotic systems are used for maritime search and rescue, environmental cleanup, and infrastructure inspection. With over 60 citations on his flagship paper and growing influence in the field, Slaughter continues to push the boundaries of autonomous systems in challenging, unstructured environments, inspiring a new generation of researchers in marine robotics and disaster robotics.