Mark Gimple

Stanford University, The Aerospace Corporation

Papers

Total Citations

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About

Mark Gimple is a researcher whose work in the late 1980s made meaningful contributions to the field of robotic sensing technology, particularly through the development of innovative capacitive sensing systems. His most recognized work centers on capacitive arrays designed for robotic applications, exploring how such systems could enable robots to perceive their environment with greater precision and versatility. Gimple's most notable contributions involve variable geometry capacitive probes capable of multipurpose sensing, including proximity detection and feature recognition. His probe designs employed alternating metallic strip electrodes functioning in both sum and differential operational modes, allowing a single device to serve multiple sensing functions — a significant practical advancement for robotic systems of the era. This work was published across multiple venues in 1989, accumulating a combined citation count that reflects its influence within the specialized robotics and sensing community. With his 1987 paper on capacitive arrays for robotic sensing laying the conceptual groundwork, Gimple helped establish foundational principles that informed subsequent developments in robot perception and non-contact measurement technologies. His research represents an early and focused effort to bring sophisticated, adaptable sensing capabilities to robotic platforms during a formative period in the field's history.