A. Nagayama

Papers

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About

A. Nagayama is a pioneering researcher in dexterous robotic manipulation and automated optical network systems. Their key research areas include robotic grasping, precision automation for telecommunications, and optical sensor development. Nagayama’s most influential work, "Object handling by three-fingered hands using slip motion" (2002, 33 citations), introduced a quasi-static manipulation method that enables robot hands to achieve more dexterous, human-like grasping by leveraging controlled slip motion—a foundational contribution to robotic hand control. In telecommunications, Nagayama developed the automated optical main-distributing-frame system (1994, 13 citations), a key innovation for fiber-to-the-home networks that uses a precision robot mechanism to manipulate refractive index matching oil, significantly reducing manual operation costs. Their subsequent work on a new automated main distributing frame system (2002, 5 citations) further advanced cost-effective network infrastructure by employing robots for pin insertion and line testing. Additionally, Nagayama’s early development of a polarization-detecting optical sensor (1990, 4 citations) enhanced precision in robotic systems. With a career spanning robotics and optical engineering, Nagayama’s contributions have advanced both dexterous manipulation and automated network management, impacting fields from manufacturing to telecommunications.