Kensuke HASEGAWA

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About

Kensuke Hasegawa is a pioneering figure in the field of industrial robotics, with a career-long focus on sensor integration and tactile feedback systems. His foundational work in the 1970s laid the groundwork for how robots perceive and interact with their environment. Hasegawa’s most influential contribution, the 1976 paper “Slip sensor of industrial robot and its application” (30 citations), introduced a critical mechanism for detecting object slippage, enabling robots to handle materials with greater precision and safety—a fundamental challenge in manufacturing. Earlier, in 1974, he explored force signal feedback for robot hand control, establishing the importance of sensory organs for material handling and adaptability. By 1982, Hasegawa advanced the field further by proposing a “total sensory robot control” architecture, arguing that individual tactile, proximity, and visual sensors must be integrated into a cohesive system for complex tasks. His visionary approach to sensor fusion and adaptive control has influenced generations of roboticists, demonstrating that true robot flexibility comes not from a single sensor, but from the intelligent orchestration of multiple sensory inputs.