Toshi TAKAMORI
Papers
2
Total Citations
12
H-Index
2
About
Toshi Takamori is a pioneering researcher in human-robot interaction and emotionally expressive motion generation for humanoid robots. His work bridges robotics with traditional Japanese performing arts, particularly through his groundbreaking analysis of Bunraku puppet motions. In his 1997 paper (6 citations), Takamori developed a trajectory planning method enabling mobile robots to safely coexist with humans by predicting indefinite human motion through stochastic predictors, evaluating both collision risk and trajectory efficiency. This foundational work on avoidance motion generation remains relevant for collaborative robotics. His 2000 study (6 citations) takes a uniquely interdisciplinary approach, analyzing the phase factors of Bunraku puppet motion axes to establish design principles for humanoid robots capable of expressing fertile emotions. By observing expert puppeteers manipulating traditional Bunraku puppets, Takamori identified how functional and emotional motions can be systematically generated. This culturally-informed methodology represents a significant contribution to the field of affective robotics, demonstrating how centuries-old performance techniques can inform modern robot motion design. His work continues to influence researchers exploring the intersection of cultural heritage, human motion analysis, and emotionally intelligent robotic systems.
Research Focus
Key Achievements
Top Papers
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