Shunichi Nakayama

Hiroshima University, University of Yamanashi, National Institute of Technology, Yonago College

Papers

Total Citations

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About

Shunichi Nakayama has made pioneering contributions to autonomous robot control and human-robot interaction, with a career spanning over two decades. His research focuses on three key areas: distributed trajectory generation for redundant manipulators, task-level teaching systems for industrial robots, and vision-based mobile robot control. Nakayama's most influential work, "Parallel and distributed trajectory generation of redundant manipulators through cooperation and competition among subsystems" (1997, 10 citations), introduced a groundbreaking autonomous distributed control (ADC) approach that enables robot subsystems to interact cooperatively and competitively, achieving versatile and autonomous motion planning. He further advanced industrial robotics with the development of ROPSII (2002, 4 citations), a task-level teaching system that allows operators to program robots through intuitive 3D visual programming using an object-oriented language. In mobile robotics, Nakayama addressed critical challenges in vision stabilization and camera panning coordination for rough terrain navigation (2005, 4 citations). His work on plant inspection and diagnosis robots (2002, 4 citations) applied genetic algorithm control for detecting faulty machinery in hazardous environments. Though his citation counts are modest, Nakayama's research laid important groundwork in distributed control architectures and user-friendly robot programming, demonstrating how complex robotic behaviors can emerge from simple subsystem interactions.