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About

Shigeaki Aoki is a pioneering researcher in the field of acoustical telepresence robotics, with a primary focus on sound localization and human-robot interaction. His most significant contribution is the development of the TeleHead series—a groundbreaking acoustical telepresence robot that synchronizes a user-like dummy head’s movement with the listener’s head movements in real time. This innovation demonstrated that dynamic cues from head movement, not just stationary binaural features, are critical for accurate remote sound localization. Aoki’s work, including his most cited paper “Sound Localization Using an Acoustical Telepresence Robot: TeleHead II” (24 citations), has laid the foundation for immersive auditory telepresence. He further explored the effects of driving delay and the potential for simplifying head shape without compromising performance, making the technology more practical for widespread use. Aoki’s research has been consistently published in top venues like the IEEE International Conference on Robotics and Automation, and his findings have influenced both robotics and auditory perception studies. His work remains essential reading for researchers interested in telepresence, spatial audio, and human-centered robotics.