J. Beahan

Jet Propulsion Laboratory, California Institute of Technology

Papers

Total Citations

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About

J. Beahan is a pioneering researcher in telerobotics and supervised autonomy, with a career focused on advancing human-robot interaction for space applications. Their major contributions center on developing operator interfaces and control architectures that enable effective remote manipulation under time-delayed conditions, particularly for space station robotics. Beahan’s most cited work, “Interactive command building and sequencing for supervised autonomy” (2002, 15 citations), describes a groundbreaking ground operator control station for Space Station Freedom robots, allowing operators to build and sequence commands for time-delayed remote control. This work exemplifies their approach to blending human oversight with robotic autonomy. Earlier foundational studies, such as “Experiences with the JPL telerobot testbed” (1989, 6 citations), provided critical insights into tele-autonomous and tele-operated control, while “Intelligent pipelined control architecture for remote robotic applications” (1990) introduced a novel architecture for partitioning functions between base and remote systems. Beahan also developed the THREAD programming environment (1989), a specialized tool for planning-level robotics applications. Though their citation counts are modest, Beahan’s work represents essential early steps in supervised autonomy, directly influencing how robots are controlled in space and hazardous environments.