Kazuhide Sawa

Papers

Total Citations

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About

Kazuhide Sawa is a pioneering researcher in robotics and power systems automation, with a primary focus on developing semi-autonomous robotic systems for power distribution line maintenance. His major contribution lies in advancing task-level control systems that enable robots to perform complex utility maintenance operations—such as installing switch gears, removing high-voltage insulators, and peeling cable coatings—using high-level directional commands rather than manual teleoperation. Sawa’s most cited work, "Computer Graphics Simulator for a Power Distribution Line Maintenance Robot" (2006, 17 citations), introduced a CG-based simulation framework for conceptual design and validation of these robotic systems, significantly reducing development risks. His related study, "An Experiment Plan on Power Distribution Line Maintenance Tasks" (2006, 2 citations), established foundational experimental protocols for automating hazardous electrical grid tasks. Though his citation counts are modest, Sawa’s work is notable for its practical impact on utility robotics, directly addressing safety and efficiency challenges in live-line maintenance. His research bridges simulation and real-world deployment, offering a blueprint for future autonomous systems in critical infrastructure.