Top > Secure Device Research Center
Prof. Yasuharu KOIKE
room:R2-516
TEL:+81-(0)45-924-5054
E-mail:koike(at)pi.titech.ac.jp
※Please replace "(at)" with "@". http://www.cns.pi.titech.ac.jp/Klab/
■Section Human Interface
■Objective Investigate of brain function such as motor control and applications to human interface
■Current Topics
・Computational Neuroscience.
・Modeling of a musculo-skeletal system.
・Brain Machine Interface.
・Human Interface by biological signals.
・Motor learning by reinforcement learning.
*Outline of Research Activities2010(PDF)
Human interface using EMG Signals:EMG signala, which indicate muscle activities, are measured.These signals can bring the robot in the virtual environment or slave if ourselves into action. |
Assoc. prof. Shinichi HATA
room:S1-414-1
TEL:+81-(0)45-924-5745
E-mail:shata(at)pi.titech.ac.jp
※Please replace "(at)" with "@".
http://www.nethata.pi.titech.ac.jp/
■Section secure device research center
■Objective Realization of MEMS made of novel materials and its application to secure devices
■Current Topics
・Combinatorial arc plasma deposition
・Deposition and measurement of physical properties for thin film metallic glass
・Combinatorial search and evaluation method
・Precise and micro fabrication method of amorphous alloys
・Thin film metallic glass microactuator
*Outline of Research Activities2010(PDF)
Combinatorial arc plasma deposition |
prof. Kazuo SATO
room:R2-409
TEL:+81-(0)45-924-5048
E-mail:sato(at)mech.nagoya-u.ac.jp
※Please replace "(at)" with "@".
http://www.nethata.pi.titech.ac.jp/
■Section Mechanical Science in MEMS
■Objective Micro/Nano-Science research is necessary for constructing a base for MEMS industries
■Current Topics
・Physical chemistry of etching for fabricating micro/nano structures
・Size effects on the mechanical properties of thin film MEMS-structures
・Proposals of novel micro-sensors and actuators
*Outline of Research Activities2010(PDF)
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prof. Eiichi TAMIYA
Room:R2-318
Trel:+81-(0)45-924-5088
E-mail:tamiya(at)jaist.ac.jp
※Please replace "(at)" with "@".
http://dolphin.ap.eng.osaka-u.ac.jp/nanobio/
■Section Bio-device Section
■Objective Development of novel biodevices
Application of nanobiotechnology
■Current Topics
・Biodevices R&D with use of nanotechnology
・Biosensors for POC testing
・Cell-based chips for cell signal analyses
・SPM based bio-manipulation
・Biomass energy conversion system
*Outline of Research Activities2010(PDF)
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