Tsuneki Shinokura

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About

Tsuneki Shinokura is a pioneering figure in the field of robotic tactile sensing, with his research fundamentally shaping how robots perceive and interact with their environment through touch. His primary contributions lie in developing advanced tactile sensor arrays and intelligent data processing systems that enable robots to detect and interpret complex force distributions. Shinokura’s most influential work, “Tactile Expert System Using a Parallel-Fingered Hand Fitted with Three-Axis Tactile Sensors” (1994, 19 citations), introduced groundbreaking formulas for extracting basic tactile information—including applied force, moment, and centroid of pressure—from a sophisticated sensor array. His earlier foundational paper, “Data processing of tactile information for three-axis tactile sensor” (1990, 10 citations), detailed the development of a 6×15 matrix of sensing sites using single-crystal silicon, each capable of detecting three-dimensional force vectors. These innovations laid crucial groundwork for modern robotic manipulation and haptic feedback systems. Shinokura’s work remains highly influential in robotics and automation, providing essential principles for creating more intelligent, touch-sensitive robots that can safely and effectively handle delicate objects and perform precise tasks in unstructured environments.