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About

M. Hikita is a researcher whose work sits at the intersection of robotic manipulation, medical devices, and precision actuation. A central theme in their research is the development of dexterous, human-inspired robotic systems, with a significant focus on applications in prosthetics and surgery. Their most cited work, "Robot finger design for myoelectric prosthetic hand and recognition of finger motions via surface EMG" (2010, 20 citations), demonstrates a key contribution: the design of a two-fingered robot hand capable of performing essential daily grasps, controlled by interpreting surface electromyography (EMG) signals. This work directly addresses the challenge of creating intuitive, functional prosthetic devices. Hikita has also advanced the field of surgical robotics, notably through the development of a multi-DOF robotic forceps manipulator with an omnidirectional bending mechanism. To address the critical issue of time delay in teleoperation, they proposed a passivity-based bilateral control system for this "DSD forceps." Further expanding the toolkit for robotic motion, Hikita has explored novel actuation methods, such as generating rotary motion by synthesizing drive forms for ultrasonic motors. This work on precision movement mechanisms has potential applications in robotics and microscopy, showcasing a versatile engineering approach to solving complex motion control problems.