Kentaro Hirata

Nara Institute of Science and Technology

Papers

Total Citations

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About

Kentaro Hirata is a robotics researcher whose work bridges the gap between adaptive control theory and practical, human-inspired manipulation. His research centers on robot control, mechatronics, and the development of novel actuators, with a particular focus on enabling robots to perform delicate and dynamic tasks. One of his most cited contributions is the application of "Feedback Error Learning" to teach a two-link manipulator to write one-stroke characters (11 citations), a foundational study in adaptive feedforward control for improving tracking performance in unknown environments. Hirata has also made significant strides in soft robotics, developing a pneumatically driven hand capable of grasping flexible objects (8 citations), addressing a critical limitation of rigid, electrically driven grippers. His creative engineering is further showcased in the development of the "KUWAEBACHI" robot (3 citations), a street performance robot that mimics the traditional Japanese juggling act of balancing an object on a drumstick held in the mouth, achieved through robust visual feedback control. This work highlights his talent for applying rigorous control theory to create engaging, real-world robotic demonstrations.