Hitoshi Miyashita

Papers

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About

Hitoshi Miyashita is a pioneering roboticist whose research centers on unconventional manipulation strategies, particularly throwing-based assembly and low-degree-of-freedom robotic control. His most cited work, "Parts assembly by throwing manipulation with a one-joint arm" (2010, 6 citations), introduces a learning control method that enables a simple robotic arm to accurately and robustly control both the position and orientation of polygonal objects during dynamic throwing tasks. This foundational contribution challenges traditional pick-and-place paradigms by demonstrating that complex assembly can be achieved through ballistic motion, significantly expanding the capabilities of minimalist robotic systems. Miyashita's approach emphasizes robustness and precision in dynamic manipulation, offering a novel framework for industrial automation where traditional high-degree-of-freedom arms are impractical. While his citation count remains modest, his work represents a creative and technically rigorous exploration of non-prehensile manipulation, inspiring further research into throwing and catching for parts assembly. For students and researchers interested in unconventional robotics, Miyashita’s work provides a compelling example of how low-complexity hardware can achieve sophisticated tasks through intelligent control.