Eiji Shintaku
Papers
9
Total Citations
59
H-Index
3
About
Eiji Shintaku is a pioneering researcher in the field of anthropomorphic talking robots, with a primary focus on biomechanically inspired vocal cord models and articulation mechanisms. His major contributions center on the development of the Waseda Talker (WT) series, including WT-5, WT-6, and WT-7, which are among the first robots to replicate human vocal structures using soft materials like thermoplastic rubber "Septon" to mimic tissue elasticity. Shintaku's work on mechanical vocal cord models that reproduce layered human vocal fold structures and self-oscillating vibrations has been foundational, enabling the production of various voice qualities, including modal and breathy tones. His most cited paper (19 citations) introduced the WT-5 with human-like vocal cords and lips, while subsequent work (18 citations) refined the biomechanical vocal cord model. Shintaku also advanced sensory feedback mechanisms for consonant production and explored neural network control methods for vocal cord tension and glottal opening. His research bridges robotics, biomechanics, and speech science, with notable achievements in achieving three-dimensional articulation and improved pitch range. With a career spanning from underwater manipulator dynamics to vocal robotics, Shintaku's work remains highly influential for students and researchers in bio-inspired robotics and human-machine communication.
Research Focus
Key Achievements
Top Papers
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