Masaaki Yamaoka

Papers

Total Citations

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About

Masaaki Yamaoka is a robotics researcher whose work focuses on the control and stability of personal mobility robots, particularly wheeled inverted pendulum-type devices designed to assist human movement. His major contributions center on the development of novel standing-up control strategies using Initial Value Compensation (IVC), a technique that enables these inherently unstable robots to transition smoothly and safely from a stationary to an upright, operational mode. This work is critical for the practical deployment of such devices, as it addresses a fundamental challenge in their real-world use. His most cited paper, "Mode switching control for a personal mobility robot based on initial value compensation" (2010, 12 citations), along with its follow-up (2011, 8 citations), establishes the theoretical and practical framework for this mode-switching control. While his citation counts are modest, the research is foundational for engineers working on the control systems of self-balancing personal transporters, highlighting the importance of robust control theory in making assistive robotics both safe and user-friendly.