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About

Kentarou Kurashige is a robotics researcher whose work bridges the gap between mechanical engineering and human-robot interaction, with key contributions spanning legged locomotion, autonomous decision-making, and robot-assisted counseling. His early foundational work on six-legged robots, including gait generation using genetic programming and motion planning through hierarchical knowledge reuse (2003, each with 7 citations), established principles for adaptive locomotion in complex environments. Kurashige later advanced autonomous control systems, developing methods for real-time sequential decision-making and state-action prediction using online SVR (2015, 4 citations) to enable robots to adapt to unpredictable situations. His most cited work, "Embodiment matters: toward culture-specific robotized counselling" (2020, 10 citations), reflects a notable pivot toward socially-aware robotics, exploring how physical embodiment and cultural context influence robot-client interactions in mental health support. This is complemented by his development of the IoT-aware Context Respectful Counseling Agent (CRECA, 6 citations), designed to detect emotional changes in stressed IT workers. Kurashige also contributed to infrastructure robotics with a hanger-rope inspection robot for suspension bridges (2019, 9 citations), demonstrating practical engineering impact. His research trajectory—from mechanical locomotion to culturally-sensitive autonomous agents—illustrates a commitment to creating robots that are both physically capable and socially intelligent.