Tsuyoshi Ueyama
Nitto (Japan), Denso (Japan), Denso (United States), Tokyo Metropolitan University
Papers
28
Total Citations
322
H-Index
7
About
Tsuyoshi Ueyama has been a pioneering force in distributed and cellular robotics since the early 1990s. His foundational work, "Concept of cellular robotic system (CEBOT) and basic strategies for its realization" (1992, 81 citations), introduced a visionary framework for self-reconfiguring robotic societies, drawing inspiration from sociobiology. This concept laid the groundwork for modern multi-robot coordination and self-evolutionary systems. Ueyama’s research spans three core areas: cellular and distributed robotic architectures, kinematic control and singularity avoidance in industrial manipulators, and multi-goal task optimization for robot work cells. His practical contributions include developing robust multi-robot coordination strategies for pick-and-place tasks (2014, 44 citations) and advancing teaching-playback manipulator systems with singularity-aware control (2015, 49 citations). Notably, he has addressed the complex integration of robot arms with positioning tables, treating multiple-goal arrangements as traveling salesman problems to minimize task completion time. His work on compact work cell design under time constraints (2009) demonstrates a rare ability to bridge theoretical optimization with real-world manufacturing efficiency. With over a decade of sustained contributions, Ueyama remains a key figure in making industrial robotics more intelligent, adaptive, and practically deployable.
Research Focus
Key Achievements
Top Papers
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- 6Self-Evolutionary Robotic System -Sociobiology and Social Robotics-10 citations · 1992
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- 9Distributed Intelligent Systems in Cellular Robotics7 citations · 1995
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