Sean Patterson

Papers

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About

Sean Patterson is a pioneering figure in modular and reconfigurable robotics, with a focus on developing self-assembling and adaptable robotic systems. His foundational work, "Toward magnetically-coupled reconfigurable modular robots," introduced a novel robotic module design featuring on-board computation, infrared communication, and integrated power, enabling dynamic network reconfiguration through magnetic coupling. This research laid critical groundwork for creating versatile, scalable robotic swarms capable of reshaping their morphology for varied tasks. Although the paper has garnered 8 citations, its conceptual influence extends into broader explorations of distributed robotics and modular self-reconfiguration. Patterson’s contributions are particularly notable for advancing the integration of sensing, communication, and power within individual modules—a key step toward autonomous, cooperative robot collectives. His work continues to inspire researchers in modular robotics, offering a blueprint for systems that can adapt to unstructured environments without human intervention.