Mike Perschbacher

Maritime Applied Physics Corporation (United States), Alltech (United States)

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About

Mike Perschbacher is a leading figure in field robotics and human-robot interaction, best known for his foundational work in autonomous navigation and teleoperation systems. His research centers on developing robust, real-world testbeds for evaluating and advancing robotic perception and control in unstructured environments. Perschbacher’s most influential contribution is his role in the DARPA PerceptOR program, where he co-authored the landmark paper "The DARPA PerceptOR evaluation experiments" (2006), which has garnered 47 citations. This work established rigorous experimental frameworks for assessing autonomous ground vehicle performance in complex terrains, directly shaping subsequent military and civilian robotics initiatives. He also developed "An Advanced Teleoperation Testbed" (2008, 13 citations), a system that integrated high-fidelity sensor feedback with intuitive control interfaces, significantly enhancing operator situational awareness and reducing cognitive load during remote manipulation tasks. Through these contributions, Perschbacher has helped bridge the gap between laboratory prototypes and field-deployable systems, providing critical insights into the challenges of perception, planning, and human supervision in autonomous platforms. His work remains a key reference for researchers designing evaluation methodologies for mobile robots operating in dynamic, real-world settings.