Yoshishige Ohyama

Papers

Total Citations

H-Index

About

Yoshishige Ohyama is a pioneering figure in industrial robotics, with key research contributions in robot control systems, man-machine interfaces, and offline programming. His most notable work, "Controller for industrial robots" (1986), proposed a groundbreaking controller architecture that integrated a robot language operating system with real-time monitoring and reference signal generation for joint control. This foundational paper, cited 2 times, laid essential groundwork for modern industrial robot control by addressing the critical need for seamless human-robot interaction through offline teaching systems. Ohyama's research focused on developing the necessary functions for industrial robot controllers, including operating systems for man-machine interfaces and real-time monitors that could interpret robot language commands. His work has influenced subsequent generations of roboticists and engineers working on automation and manufacturing systems. While his citation count reflects the specialized nature of his early contributions, Ohyama's conceptual framework for robot controllers remains relevant to contemporary discussions on industrial automation and human-robot collaboration.