Masami ISHIDA

Papers

Total Citations

410

H-Index

About

Masami Ishida is a pioneering figure in the field of bipedal robotics, best known for his foundational work on dynamic walking. His key research areas include humanoid locomotion, robot control systems, and aerial inspection robotics. Ishida’s major contribution is the realization of dynamic walking with the biped robot WL-10RD, a landmark achievement that demonstrated how a two-legged machine could maintain balance and motion through active control. His 1985 paper on this subject, which has garnered over 250 citations, introduced a control method combining programmed pattern control during the single-support phase with variable torque and mechanical impedance at the ankle during the stance-switching phase—a concept rooted in the Zero Moment Point (ZMP) stability criterion. This work laid the groundwork for modern humanoid robots and remains highly influential in robotics research. Later in his career, Ishida also explored aerial inspection systems, proposing a blimp-based methodology for visual inspection of gymnasium ceilings using a Wi-Fi camera. With a citation count exceeding 400 for his most-cited works, Ishida’s legacy is defined by his early and lasting impact on dynamic walking control, inspiring generations of roboticists to push the boundaries of legged locomotion.