Shigeru Aoki

Papers

Total Citations

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About

Shigeru Aoki is a pioneering figure in space and assistive robotics, best known for his foundational work on the mobility and manipulation of lightweight space robots. His 1994 paper on this topic, which has garnered 30 citations, laid critical groundwork for the development of dexterous, low-mass robotic systems capable of operating in the challenging environment of space. This research addressed key challenges in dynamic control and end-effector manipulation, influencing subsequent designs for orbital servicing and exploration robots. Aoki also contributed to the emerging field of wearable robotics through his involvement in the "Skil Mate" project, a wearable exoskeleton robot presented at the 1999 ISARC conference. While this work received fewer citations, it represents an early attempt to merge human augmentation with robotic assistance, anticipating later advances in rehabilitation and industrial exoskeletons. Though his citation counts are modest, Aoki’s dual focus on space and wearable robotics demonstrates a forward-looking vision that bridges extraterrestrial exploration and human-centered technology. His career reflects the interdisciplinary spirit of early robotics, where insights from one domain—such as lightweight manipulation—could inform innovations in another, from orbital mechanics to human mobility.