David L. Hopper

Papers

Total Citations

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About

David L. Hopper is a researcher focused on advancing human-robot interaction, with key contributions in robotic vision and teleoperation systems. His work bridges the gap between autonomous robotics and human-centered control, aiming to create robots that function as seamless partners in industrial and hazardous environments. His most cited paper, "The long perspective for robotic vision" (2009, 7 citations), offers a forward-looking review of how vision systems have evolved to integrate robotic handling into production lines, envisioning a future where robots collaborate equally with humans. Earlier, his "Technical Note: Advanced teleoperation testbed—A system you can see through" (1996, 3 citations) introduced a novel approach to teleoperation, defining "good" systems as those that are task-centered and transparent to the user—effectively allowing operators to "see through" the robot. This concept has implications for removing humans from dangerous settings while maintaining intuitive control. Though his citation counts are modest, Hopper’s work represents foundational thinking in making robotic systems more accessible and effective, blending practical engineering with visionary design. His research continues to inspire developments in human-robot collaboration and telepresence.