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About

S. Matsuo is a pioneering figure in robotics, with foundational contributions to both humanoid robotics and industrial automation. His key research areas encompass humanoid robot design, sensor-based task execution, and robotic task management systems. Matsuo’s most notable work includes the development of the Waseda University humanoid robots Hadaly-2 and WABIAN, which have become landmark platforms in the field, amassing over 110 citations. These robots advanced the integration of human-like motion and interaction capabilities, setting a benchmark for subsequent humanoid research. In parallel, Matsuo made significant strides in industrial robotics by introducing a novel robot task design and management system for tool manipulation tasks. This system streamlined the entire process from teaching to task execution, enabling intuitive, graphical programming that enhanced versatility and efficiency. He further refined this approach with his work on task-directed robotics, exemplified in a deburring case study, where he proposed a comprehensive framework for adaptable robotic task execution. With over 120 total citations, Matsuo’s work bridges the gap between expressive humanoid design and practical industrial application, leaving a lasting impact on how robots are conceived, taught, and deployed in complex environments.