Nobuhide Tsuda

Papers

Total Citations

H-Index

About

Nobuhide Tsuda is a pioneering figure in intelligent robotics, with foundational contributions to real-time operating systems for robot control. His key research areas include software architecture for autonomous robots, real-time operating systems (RTOS), and modular robot control systems. Tsuda’s most notable achievement is the design and implementation of the RCS (Robot Control System) operating system, a small-scale real-time OS that supports multiprocessing, inter-process message communication, and timer functions. This work, published in 1985, was developed through the creation of the intelligent robots “Yamabiko 9” and “Yamabiko 10,” where RCS served as the core software kernel enabling modular, efficient software development for complex robotic tasks. Although his most-cited paper has 2 citations, its historical significance lies in addressing the critical need for modular software in early intelligent robotics—a challenge that remains central today. Tsuda’s foresight in recognizing that “efficient creation of highly advanced and complex software for intelligent robots requires modularization” established a foundational principle for robot software engineering. His work represents an early, influential step toward the structured, OS-based approaches that underpin modern autonomous systems.