Tachi Laboratory
Department of Information Physics and Computing
Graduate School of Information Science and Technology
The University of Tokyo
Tachi Lab. is a leading laboratory in Virtual Reality and Telexistence.
(1) Telexistence:
Artificial reality with integrated visual, audio and tactile sensation. Building the behavioral space with 3D image and auditory.
(2) Cognitive Science:
Study of information control on human sensorimotor control function
(3) Virtual Reality:
Basic study of Artificial Reality (presence and existence)
(4) Man Machine Interface and device design
(5) Biomedical signal measurement and processing in the artificial reality space. Method of measuring electroencephalograph, ocular rotation and other signal.
(6) Study of psychophysics and modeling of the signal processing on human sensorimotor properties
(7) Statistical signal processing
(8) Intelligent control system for Robots:
Study of intelligent mobile robot coexistence with Humanoid Robot, Guide Dog Robot and others.
(9) R-cubed: Telexistence for network connection
(10) Visual display using Retro-reflective Projection Technology (RPT)
(11) Mutual Telexistence:
Booth-type wide-angle immersive stereoscope (TWISTER) that displays a full-color autostereoscopic image with 360-degree field of view.
(12) Electro-Tactile Display with Recepter Selective Stimulation
(13) Haptic Camera and Haptic Displays
Access Map -> [LINK]
Graduate School of Information Science and Technology
The University of Tokyo
Tachi Lab. is a leading laboratory in Virtual Reality and Telexistence.
(1) Telexistence:
Artificial reality with integrated visual, audio and tactile sensation. Building the behavioral space with 3D image and auditory.
(2) Cognitive Science:
Study of information control on human sensorimotor control function
(3) Virtual Reality:
Basic study of Artificial Reality (presence and existence)
(4) Man Machine Interface and device design
(5) Biomedical signal measurement and processing in the artificial reality space. Method of measuring electroencephalograph, ocular rotation and other signal.
(6) Study of psychophysics and modeling of the signal processing on human sensorimotor properties
(7) Statistical signal processing
(8) Intelligent control system for Robots:
Study of intelligent mobile robot coexistence with Humanoid Robot, Guide Dog Robot and others.
(9) R-cubed: Telexistence for network connection
(10) Visual display using Retro-reflective Projection Technology (RPT)
(11) Mutual Telexistence:
Booth-type wide-angle immersive stereoscope (TWISTER) that displays a full-color autostereoscopic image with 360-degree field of view.
(12) Electro-Tactile Display with Recepter Selective Stimulation
(13) Haptic Camera and Haptic Displays
Access Map -> [LINK]
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