Tokuda Takashi

发表

Body Channel Communication by Using Implantable CMOS Image Sensor

Ohta Jun, Hayami Hajime, Sasagawa Kiyotaka, 2014 .

Design and Development of Polarization-Analyzing Image Sensor using 65nm CMOS Process

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2010 .

イメージセンサ技術の最新動向 3章偏光イメージセンサ技術の動向

Tokuda Takashi, 2020 .

Design and preliminary experiments of digital vision chip architecture for retinal prosthesis

Kagawa Keiichiro, Ohta Jun, Tokuda Takashi, 2006 .

Miniature Imaging Device with a Portable Processing System for Fluorescence Detection of Nitric Oxide in Living Cells

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2016 .

A CMOS image sensor with a light guide array for in-vivo fluorescent imaging of brain neural activities

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2011 .

Brain neural activity measurement with implantable imaging devices

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2012 .

A design of lensless fluorescent measurement system for digital ELISA

Ohta Jun, Noji Hiroyuki, Sasagawa Kiyotaka, 2014 .

Development of biomedical photonic devices based on CMOS sensor technology

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2014 .

Performance Improvements of Polarization-Analyzing Image Sensor using 65nm CMOS process

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2010 .

An intelligent bio-interface device integrated with CMOS microchips

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2011 .

1000fps Vision System and Its Impact on Various Intelligent Applications -- Next-generation Fundus Camera with High Speed Imaging

Ohta Jun, Ishikawa Masatoshi, Sasagawa Kiyotaka, 2017 .

Implantable bioimaging device based on CMOS image sensor technology

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2014 .

Development of multi-functional CMOS image sensor for imaging of brain avtivities

Ohta Jun, Sasagawa Kiyotaka, Noda Toshihiko, 2009 .

Polarization-analyzing CMOS image sensor with embedded wire-grid polarizers

Ohta Jun, Sasagawa Kiyotaka, Tokuda Takashi, 2009 .

Retinal stimulator embedded with light-sensing function in distributed microchip architecture for subretinal implantation

Ohta Jun, Sasagawa Kiyotaka, Tokuda Takashi, 2009 .