Tomoyuki Watabe

Papers

Total Citations

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About

Tomoyuki Watabe’s research lies at the intersection of robotics, autonomous systems, and nonlinear control theory, with a focus on enabling complex motor behaviors in humanoid and acrobatic robots. His most influential work, “Detection and evaluation of grasping positions for autonomous agents” (2005, 37 citations), addresses a fundamental challenge in embodied AI: how a virtual humanoid agent can autonomously identify and evaluate optimal grasping points on objects. This contribution is critical for agents evolving in virtual worlds, bridging perception and action in autonomous manipulation. Watabe also made notable strides in the control of underactuated robots, particularly the acrobat robot—a multi-link pendulum system that must stabilize itself on a horizontal bar. His 2003 papers on stabilizing a three-link acrobat robot (5 and 2 citations) extend classical two-link solutions by constructing appropriate output functions and applying iterative learning control to handle system uncertainties. These works demonstrate a rigorous approach to nonlinear dynamics and output zeroing, offering practical pathways for balancing and locomotion in humanoid robots. Watabe’s research, though modest in citation volume, provides foundational insights for autonomous grasping and advanced robot acrobatics.