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東京農工大学 教授 田中聡久先生が代表を務められる
〔人工知能〕脳波の機械判読によるてんかん診断・治療支援AIの構築（研究代表者・田中聡久先生）
当教室 教授 栁澤が代表を務める
〔共生インタラクション〕脳表現空間インタラクション技術の創出（研究代表者・栁澤 琢史）
が合同でワークショップを開催しました。
日時：2019年11月2日（土） 16:00〜18:00
場所：神戸ポートピアホテル 本館地下1階「菊水の間」
詳しくは下記をご覧ください。
https://sites.google.com/sip.tuat.ac.jp/crest/ホーム
東京農工大学 田中聡久先生HP
当研究室教授 栁澤琢史が研究代表者を務める
JST CRESTの研究課題専用HPを開設いたしました。
JST CERST〔共生インタラクション〕
人間と情報環境の共生インタラクション
基盤情報の創出と展開
脳表現空間インタラクション技術の創出
脳と情報空間をつなぐ 新しいインタラクションの創出を目指します。
Our new research website was opend.
JST CREST [Symbiotic interaction]
Creation and development of core technologies interfacing human and information environments
Construction of representational Brain-Computer Interaction technology
We create a novel interaction linking brain and information space.
The master’s program Ura Natsuko won the Best Poster Presentation Award U-35 of The 34th Annual Meeting of Japan Biomagnetism and Bioelectromagnetics Society.
Title “Automatic diagnosis of epilepsy using current source estimate with a deep neural network.”
http://plaza.umin.ac.jp/biomag34/index.html
Congratulations!(2019/6/21)
U35優秀ポスター賞を受賞
http://plaza.umin.ac.jp/biomag34/index.html
同学会のU35ポスター発表において、修士課程 浦 菜津子さんに、最も優秀な発表を行った研究者として表彰状が授与されました！
演題名 「電流源推定を用いたディープラーニングによるてんかんの自動診断」
当日は、授与式には浦さんは参加されなかったため、後日、栁澤教授から授与されました。
おめでとうございます！（2019.6.21）
W5: Affective Haptics as a Direct Link to Emotion
We discuss the new possibilities of Affective haptics based on the emerging needs and seeds. The link from haptics to brainstem is still an uncultivated area in science, but we are beginning to have tools to clarify it. Technological mental support and encouragement using the link are recent strong needs of people. In this workshop, top-tier researchers from medical to application fields are invited.
This workshop is supported by JST CREST Symbiotic Interaction.
July 9, 2019
9:00-9:30 Opening: Affective Haptics as a Direct Link to Emotion (Hiroyuki Shinoda, University of Tokyo, organizer)
9:30-10:00 The Affective Dimensions of the Cutaneous Rabbit Effect (Mounia Ziat, Bentley University)
10:00-10:30 Haptic Characteristics in Human Behavior through Neural Network Estimation (Yasutoshi Makino, University of Tokyo)
Break
10:45-11:15 Artificial Bodily Reactions via Haptic Feedbacks for Evoking Emotion (Takuji Narumi, University of Tokyo)
11:15-11:45 Neuro-Imaging and Neuro-Modulation of Somatosensory Information and Phantom Limb Pain (Takufumi Yanagisawa, Osaka University)
11:45-12:15 Social Touch in Human-Robot Interaction (Masahiro Shiomi, ATR)
https://sites.google.com/hapis.k.u-tokyo.ac.jp/whc2019/
W5: Affective Haptics as a Direct Link to Emotion
We discuss the new possibilities of Affective haptics based on the emerging needs and seeds. The link from haptics to brainstem is still an uncultivated area in science, but we are beginning to have tools to clarify it. Technological mental support and encouragement using the link are recent strong needs of people. In this workshop, top-tier researchers from medical to application fields are invited.
This workshop is supported by JST CREST Symbiotic Interaction.
July 9, 2019
9:00-9:30 Opening: Affective Haptics as a Direct Link to Emotion (Hiroyuki Shinoda, University of Tokyo, organizer)
9:30-10:00 The Affective Dimensions of the Cutaneous Rabbit Effect (Mounia Ziat, Bentley University)
10:00-10:30 Haptic Characteristics in Human Behavior through Neural Network Estimation (Yasutoshi Makino, University of Tokyo)
Break
10:45-11:15 Artificial Bodily Reactions via Haptic Feedbacks for Evoking Emotion (Takuji Narumi, University of Tokyo)
11:15-11:45 Neuro-Imaging and Neuro-Modulation of Somatosensory Information and Phantom Limb Pain (Takufumi Yanagisawa, Osaka University)
11:45-12:15 Social Touch in Human-Robot Interaction (Masahiro Shiomi, ATR)
https://sites.google.com/hapis.k.u-tokyo.ac.jp/whc2019/
Our aim of research is to develop a novel ECoG-BMI system to be applied for paralyzed patients as a communication tool. We have a large data set of ECoG simultaneously recorded human life-log such as visual stimulus, auditory stimulus, motion tracking and thoughts. We are developing a model to decode these life-log data using some novel machine learning techniques to apply it as online communication tool. Also, our focus is to understand how the brain adapt the decoder or change the brain activities using the BMI system.
我々は重度麻痺患者のための意思伝達装置として、新しい皮質脳波BMIの開発を目指しています。特に、人が見たり聞いたり、動いたり、考えたりする内容のライフログと脳信号とのビッグデータに対して、深層学習等の新しい技術を適用し脳情報解読技術を開発します。また、これをオンラインで用いることで意思伝達装置とすることを目指します。さらに、このようなBMIを使うことで、脳活動の可塑的変化について理解を深めます。
We had a seminar of Dr. Robert Gaunt and Mr. Nathan Copeland from Pittsburgh University, USA.
Nathan has motor paralysis in his limbs due to spinal cord injury and has no sensation below his thumb. The team, led by Dr. Robert, performed an operation to implant some electrodes into Nathan’s brain to decode his motor intentions to control a robot and to stimulate his sensory cortex to induce artificial sensations. Such technology is called Bidirectional BCI.
For the seminar, more than 100 people came. We could share the latest findings on the bidirectional BCI technology among researchers and Japanese patients with spinal cord injuries. And we discussed various issues to realize the clinical application of the BCI and how the electrical stimulation of the central nervous system will improve the patients’ lives.
We deeply appreciate Mr. Nathan and Dr. Robert for coming to Japan and giving these wonderful opportunities!
This seminar is supported by the Japan Science and Technology Agency, JST ERATO.
We could share the latest findings on the bidirectional BCI technology among researchers and Japanese patients with spinal cord injuries.
Lightsaber!
From the left Dr. Fukuma, Dr. Nishimoto, Dr. Robert, Mr. Nathan, Dr. Morris, and Dr.Yanagisawa.
We really enjoyed talking with you. Enjoy your stay in Japan！
Lightsaber! Again！
