takumi-kodama documents

Brain-Computer interface の現状 (The state-of-art of the Brain-Computer Interface in Japan / 2016.11)

Science Brain-Computer interface の現状 (The state-of-art of the Brain-Computer Interface in Japan / 2016.11)

Spatial tactile brain-computer interface paradigm by applying vibration stimulus to large body areas

Science Spatial tactile brain-computer interface paradigm by applying vibration stimulus to large body areas

FFT回路を用いたボイスチェンジャー | The FPGA Voice Changer using FFT circuit

Science FFT回路を用いたボイスチェンジャー | The FPGA Voice Changer using FFT circuit

研究留学ってどうよ？ | How was the studying abroad for a research institute?

Science 研究留学ってどうよ？ | How was the studying abroad for a research institute?

Full Body Tactile Brain-Computer Interface

Science Full Body Tactile Brain-Computer Interface

観光用リアルタイム画像認識システムの構築 | Development of the real-time image recognition system for a sightseeing usage

Science 観光用リアルタイム画像認識システムの構築 | Development of the real-time image recognition system for a sightseeing usage

Toward a QoL improvement of ALS patients: Development of the Full-body P300-based Tactile Brain-Computer Interface

Science Toward a QoL improvement of ALS patients: Development of the Full-body P300-based Tactile Brain-Computer Interface

海外研究留学実施前後における多面的能力評価の比較研究: 一般大学院生Kさんの場合 | Comparison study about the effectiveness of the studying abroad

Science 海外研究留学実施前後における多面的能力評価の比較研究: 一般大学院生Kさんの場合 | Comparison study about the effectiveness of the studying abroad

Tactile Brain-Computer Interface Using Classification of P300 Responses Evoked by Full Body Spatial Vibrotactile Stimuli

Science Tactile Brain-Computer Interface Using Classification of P300 Responses Evoked by Full Body Spatial Vibrotactile Stimuli

Full–body Tactile P300–based Brain–computer Interface Accuracy Refinement

Science Full–body Tactile P300–based Brain–computer Interface Accuracy Refinement

Hybrid BCI combination with Tactile P300 and SSVEP Paradigm

Science Hybrid BCI combination with Tactile P300 and SSVEP Paradigm

Full Body Spatial Vibrotactile Brain Computer Interface Paradigm

Science Full Body Spatial Vibrotactile Brain Computer Interface Paradigm

Convolutional Neural Network Architecture and Input Volume Matrix Design for ERP Classifications in a Tactile P300–based Brain–Computer Interface

Science Convolutional Neural Network Architecture and Input Volume Matrix Design for ERP Classifications in a Tactile P300–based Brain–Computer Interface

A Tactile P300-based Brain-Computer Interface Accuracy Improvement

Science A Tactile P300-based Brain-Computer Interface Accuracy Improvement