Shota Takizawa

Papers

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About

Shota Takizawa is a robotics researcher whose work centers on bipedal locomotion and visual stabilization, particularly the integration of gaze control to enhance motion stability. His key contributions lie in developing control systems that allow biped robots to maintain intended distance and direction relative to a target object—whether moving or stationary—by leveraging real-time visual feedback. In his most cited work, "2DOF motion stabilization of biped robot by gaze control strategy" (2005, 11 citations), Takizawa introduced a two-degree-of-freedom controller that stabilizes the robot’s gaze using a feedforward motion plan and image-based feedback. This approach enables the robot to dynamically adjust its movements, improving balance and tracking accuracy. His follow-up study (2006, 2 citations) further refined this concept with a dual-layer control architecture, separating gaze and motion subsystems for more robust performance. While his citation counts are modest, Takizawa’s work represents an early and thoughtful integration of visual servoing with bipedal robotics, offering foundational insights for researchers exploring humanoid robot autonomy and real-time adaptive control.