A. C. Edsall

Papers

Total Citations

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About

A. C. Edsall is a pioneering researcher in robotics and advanced automation, with a focus on robotic contour processes and adaptive control systems. Their most influential work, "Development and Control of an Automated Robotic Weld Bead Grinding System" (1990, 66 citations), addresses a critical challenge in manufacturing: managing large interaction forces between robots and workpieces. Edsall demonstrated that metal removal could be reliably controlled through power regulation rather than position control, overcoming issues like jigging errors and robot compliance. This contribution has been foundational for automated grinding and deburring applications. Edsall also advanced the field through their work on adaptive control and cost-effective sensor systems (1985, 11 citations), proposing that control system engineering methodologies could effectively address non-deterministic problems in intelligent systems. Their modeling of robot contour processes (1984, 11 citations) provided essential frameworks for characterizing and estimating contours and robot trajectories, applicable to both contact-force tasks (grinding, deburring) and non-contact tasks (inspection). Collectively, Edsall’s research has shaped the development of more robust, adaptive robotic systems for complex manufacturing environments, earning recognition for bridging control theory with practical automation challenges.