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Yosuke Kobayashi is a robotics researcher whose work centers on humanoid locomotion, redundant manipulator control, and dynamic reconfiguration—the art of making robots move with both precision and adaptability. His most impactful contribution is the concept of **dynamic reconfiguration manipulability**, introduced in his 2013 paper (15 citations), which provides a new index for estimating a humanoid robot's ability to change its configuration while performing a primary task, such as directing its gaze toward an object. This work addresses a critical gap in prior manipulability measures, enabling more human-like, flexible motion in bipedal walking. Kobayashi also explores ZMP-independent walking control and bracing strategies for mobile manipulators, showing how robots can achieve accurate, energy-efficient tasks by mimicking human techniques like bracing an elbow on a table. His research on global reconfiguration capability evaluation (2011, 3 citations) further advances automation systems, allowing manipulators to track trajectories while avoiding obstacles. Though his citation counts are modest, Kobayashi’s work is notable for its foundational approach to merging redundancy with dynamic stability—a key challenge in humanoid robotics. His studies offer practical insights for students and researchers aiming to build robots that move not just stably, but intelligently.