学位

• 博士（環境学）(東京大学)

経歴

学歴

受賞

• IEEE GCCE 2015 Excellent Paper Award (Outstanding Prize)
• 電子情報通信学会 ヘルスケア・医療情報通信技術研究賞 優秀研究賞
• 船井研究奨励賞
• 革新的無線通信技術に関する横断型研究会MIKA2018 ポスター賞 若手最優秀部門
• 学術奨励賞
• ISMICT 2017 Best Paper Award
• 東京大学大学院 新領域創成科学研究科 人間環境学専攻長賞（博士）
• IEEE GCCE 2015 Excellent Demo! Award (3rd Prize)
• The 11th IEEE TOWERS Innovative Research Award
• The 11th IEEE TOWERS Best Award
• IEEE GCCE 2014 Student Paper Award (1st Prize)
• IEEE CPMT Japan Chapter Young Award
• IEEE CE Japan Chapter ICCE Young Scientist Paper Award
• IEEE GCCE 2013 Excellent Poster Award (3rd Prize)
• 東京大学大学院 新領域創成科学研究科 人間環境学専攻長賞（修士）
• Microwave Workshop & Exhibition 2012 大学展示優秀発表賞
• 若手プレゼンテーション賞
• 平成22年度ライフサポート学会奨励賞
• バリアフリーシステム開発財団奨励賞

その他

論文

• Analysis of Power Transfer Efficiency in Transcutaneous Capacitive Coupling WPT for Implantable Neurostimulator
• Applicability of HF-Band Phantom for Evaluating Dual-Mode Wearable Patch Antenna
• Numerical Analysis of Implantable Human Body Communication for Abdominal Neurostimulator
• Anatomical Body Model-Based Simulation of Transcutaneous Capacitive Coupling Wireless Power Transfer for Abdominal Implantable Medical Devices
• Numerical Phantoms with Different Structures for Evaluating Implantable Human Body Communication
• Anatomical Model-Based Analysis of Implantable Human Body Communication for Abdominal Medical Devices
• Numerical Simulation of Transcutaneous Capacitive Coupling Wireless Power Transfer for Implantable Medical Devices
• Determining Carrier Frequency for Implantable Human Body Communication Based on Transmission Efficiency–Electromagnetic Interference Trade-off
• Carrier Frequency Determination Based on Efficiency/EMI Trade-Off in Implantable HBC
• Analysis of On/Off-Body Dual-Mode Wearable Antenna Performance and Human Impact
• 食肉熟成過程の電磁応答測定システムの開発
• Bioelectromagnetic Response based Input Interface for Mobile Devices –Finger Identification Using Bioimpedance Characteristics–
• Optimal Carrier Frequency for Implantable Human Body Communication in Abdominal Medical Devices
• Dual-use Patch Antenna with Defected Ground Plane for Wearable Healthcare Communication”
• 21 MHz/2.4 GHz Dual-Use Wearable Antenna for IEEE 802.15.6 Wireless Body Area Network
• 2.4 GHz/5.6 GHz Dual-use Wearable Patch Antenna Integrated with Electrodes and Parasitic Element for Wireless Body Area Network [DOI]
• Signal transmission analysis in implantable human body communication for abdominal medical devices [DOI]
• Analysis of Implantable Human Body Communication for Implantable Abdominal Medical Devices
• 短波帯向け多層ファントムのバイオインピーダンス模擬性能評価 [DOI] [Othres link]
• Electrical Properties of Fresh Human Blood at 10 kHz–100 MHz [DOI]
• A Study on Floor Ground Contribution in Semi-Passive Human Body Communication [DOI]
• Noise Reduction Using a Triple-layer Electrode in Conductive/Capacitive Hybrid Electrocardiogram Measurement [DOI]
• Radio Propagation Analysis for Multiuser WBAN Using 920 MHz ISM-band
• 920 MHz / 2.45 GHzのデュアルバンドを用いるヘッドマウントディスプレイ通信に向けた伝搬特性解析 [DOI]
• NaCl-based blood phantom analysis for in vitro bioimpedance measurement [DOI]
• Transmission Analysis in Human Body Communication for Head-Mounted Wearable Devices [DOI]
• Input Impedance Analysis of Wearable Antenna and Experimental Study with Real Human Subjects: Differences between Individual Users [DOI]
• Bioimpedance-Based Plethysmogram Detection Using MHz Band [DOI]
• Measurement Frequency Evaluation for Bioimpedance-Based Blood-Glucose Estimation
• A Feasibility Study on Bioimpedance-Based Plethysmogram Detection Focusing on Measurement Frequency and Electrodes Size
• In Vitro Measurement of Electrical Properties of Human Blood for Non-invasive Glycemia Monitoring
• Blood Phantom for Non-invasive Blood Glucose Measurements via Bioelectromagnetic Response
• Numerical Simulation of Electric Field Distribution and Signal Path of a Commonly Used Schematic Diagram of Human Body Communication
• Signal Propagation Analysis in Multiuser Human Body Communication
• Equivalent Circuit Model Viewed from Receiver Side in Human Body Communication [DOI] [DBLP] [Othres link] [Othres link]
• Pulsation Measurement via Wearable Devices Based on Bioelectromagnetic Responses
• LED Control System Using Human Body Communication Between Two Users
• Electromagnetic Field Analysis of Signal Transmission Path and Electrode Contact Conditions in Human Body Communication [DOI]
• Transmission Characteristics Enhancement of Magnetically-Coupled Body Area Network Using Parasitic Wearable Coil
• Real-time Heartbeat Signal Sensing and Transmission Using Human Body Communication
• Evaluation of Blood Phantom for Non-invasive Blood Glucose Measurement Based on Bioelectromagnetic Response
• Transmitter-Receiver Distance and Equivalent Output Impedance in Human Body Communication
• Low Latency Hybrid ARQ Method Using Channel State Information Before Channel Decoding
• Investigation on Optimum Frequency Bandwidth Allocation Method among Service Channels for System Throughput Maximization
• Influences of User's Posture and Contact Conditions of Electrodes on the Transmission Characteristics of Human Body Communication
• A novel approach to analyse spontaneous activity of rats in group housing condition using radio frequency identification systems
• Evaluation of Ground Loop through the Floor in Human Body Communication [DOI]
• 据え置き型人体通信機器と腕部装着型人体通信用ウェアラブル電極間の大地グラウンドを考慮した電磁界解析 [DOI]
• Determining the Transmission Efficiency for Human Body Communication Using a Multilayered Phantom
• Variation of Impedance in Transmission Channel of Human Body Communication
• Analysis of Power Efficiency between Wearable Transmitter and Stationary Receiver through Human Body
• Transmission model of human body communication incorporating size and distance between the two electrodes of a transmitter
• Evaluation of Ground Loop through the Floor in Human Body Communication
• Lighting Color Control System Using Smartphone with Human Body Communication Module
• Equivalent Output Impedance of a Transmitter-Human Body System as Viewed From a Receiver for Human Body Communication
• Maximization of Received Signal Power by Impedance Matching in Human Body Communication Receiver
• Multilayered Phantom for Input Impedance Evaluation of Human Body Communication Electrodes
• ウェアラブルコイルの磁界結合を利用した人体周辺通信における腕部折り曲げ時の伝送特性および周辺電磁界分布の検討 [DOI]
• 人体通信用ウェアラブル電極のギガヘルツ帯パーソナルエリアネットワーク用アンテナとしての利用の提案と検討 [DOI]
• 多層円柱腕モデルを用いた人体通 信用電極の入力インピーダンス解析
• Effect of User's Posture and Device's Position on Human Body Communication with Multiple Devices
• Measurement of Human Body Communication Transmission Characteristics at 20 MHz
• Human Body Communication Between Fingertip and Wrist Using Stationary and Wearable Devices
• Analytical and Experimental Studies on Human Body Communication between Wristwatch and Handheld Devices Using Muscle Homogenous Phantom at 10 MHz [DOI] [Web of Scientce]
• 頭部装用型ウェアラブル機器間の人体通信モデルと電極構造 [DOI]
• Clarification of Transmission Mechanism in Human Body Communication between Head-Mounted Wearable Devices
• Input Impedance Analysis of Wearable Antenna and Its Experimental Study with Real Human Body
• Development and study of electrical property on phantom for human body communication considering tissue structure of human arm [DOI]
• Input impedance analysis of a human body communication transmitter using a realistic human model and a simplified layered model [DOI]
• Evaluation of Homogenous Medium Model for Analyses in Human Body Communication Characteristics
• Homogenous Arm Model in Impedance Analysis of Electrodes for Human Body Communication
• Development and Study of Electrical Property on Phantom for Human Body Communication Considering Tissue Structure of Human Arm
• Input Impedance Characteristics of Wearable Transmitter Electrodes in Dry/Wet Skin Conditions for Human Body Communication
• Input Impedance Analysis in Human Body Communication Using Detailed Human Body Model
• Multilayered Cylindrical Human Arm Model for Impedance Analysis in Human Body Communication
• Transmission Characteristics of Wearable Devices Between Two Human Bodies
• Input Impedance Characteristics of Wearable Transmitter Electrodes in Intra-body Communication
• インピーダンス整合を考慮した人体通信送信機の電極設計と周辺電界に関する検討 [DOI] [CiNii Research (CiNii Articles)] [Othres link]
• Input Impedance Characteristics of Human Body Communication Transmitter Using Realistic Human Model
• 人体通信用受信機の電極構造に関する検討
• Structural Design of Transmitter and Receiver Electrodes for Improvement of Transmission Characteristics in Human-Body Communication

その他業績

講演・口頭発表等

• Analysis of Power Transfer Efficiency in Transcutaneous Capacitive Coupling WPT for Implantable Neurostimulator
• Applicability of HF-Band Phantom for Evaluating Dual-Mode Wearable Patch Antenna
• Anatomical Body Model-Based Simulation of Transcutaneous Capacitive Coupling Wireless Power Transfer for Abdominal Implantable Medical Devices
• Numerical Analysis of Implantable Human Body Communication for Abdominal Neurostimulator
• Numerical Phantoms with Different Structures for Evaluating Implantable Human Body Communication
• 神経刺激装置用インプランタブル人体通信の伝搬解析および数値腹部モデルの構造評価
• 異なる動作モード/帯域を有するウェアラブルアンテナ評価に向けた電磁ファントムの開発
• Numerical Simulation of Transcutaneous Capacitive Coupling Wireless Power Transfer for Implantable Medical Devices
• Anatomical Model-Based Analysis of Implantable Human Body Communication for Abdominal Medical Devices
• 複数動作モードをもつウェアラブルアンテナの評価に向けた電磁ファントムに関する検討
• インプランタブル人体通信解析用の数値腹部ファントムに関する検討
• Carrier Frequency Determination Based on Efficiency/EMI Trade-Off in Implantable HBC
• Analysis of On/Off-Body Dual-Mode Wearable Antenna Performance and Human Impact
• WBAN向けデュアルモードウェアラブルアンテナにおける人体通信動作時の伝送特性解析
• WBAN向け人体通信/2.4 GHz無線通信デュアル動作ウェアラブルアンテナの特性評価
• Dual-use Patch Antenna with Defected Ground Plane for Wearable Healthcare Communication”
• Optimal Carrier Frequency for Implantable Human Body Communication in Abdominal Medical Devices
• 21 MHz/2.4 GHz Dual-Use Wearable Antenna for IEEE 802.15.6 Wireless Body Area Network
• ボディエリアネットワーク向け21 MHz/2.4 GHz動作ウェアラブルアンテナ
• 食肉の電磁応答に基づく肉質評価に関する基礎検討
• Analysis of Implantable Human Body Communication for Implantable Abdominal Medical Devices
• 腹部埋込型医療機器を対象としたインプランタブル人体通信の研究
• Radio Propagation Analysis for Multiuser WBAN Using 920 MHz ISM-band
• Measurement Frequency Evaluation for Bioimpedance-Based Blood-Glucose Estimation
• A Feasibility Study on Bioimpedance-Based Plethysmogram Detection Focusing on Measurement Frequency and Electrodes Size
• In Vitro Measurement of Electrical Properties of Human Blood for Non-invasive Glycemia Monitoring
• Numerical Simulation of Electric Field Distribution and Signal Path of a Commonly Used Schematic Diagram of Human Body Communication
• Blood Phantom for Non-invasive Blood Glucose Measurements via Bioelectromagnetic Response
• Signal Propagation Analysis in Multiuser Human Body Communication
• Pulsation Measurement via Wearable Devices Based on Bioelectromagnetic Responses
• LED Control System Using Human Body Communication Between Two Users
• Evaluation of Blood Phantom for Non-invasive Blood Glucose Measurement Based on Bioelectromagnetic Response
• Real-time Heartbeat Signal Sensing and Transmission Using Human Body Communication
• Transmission Characteristics Enhancement of Magnetically-Coupled Body Area Network Using Parasitic Wearable Coil
• Transmitter-Receiver Distance and Equivalent Output Impedance in Human Body Communication
• Investigation on Optimum Frequency Bandwidth Allocation Method among Service Channels for System Throughput Maximization
• Low Latency Hybrid ARQ Method Using Channel State Information Before Channel Decoding
• Influences of User's Posture and Contact Conditions of Electrodes on the Transmission Characteristics of Human Body Communication
• A novel approach to analyse spontaneous activity of rats in group housing condition using radio frequency identification systems
• Variation of Impedance in Transmission Channel of Human Body Communication
• Determining the Transmission Efficiency for Human Body Communication Using a Multilayered Phantom
• Transmission model of human body communication incorporating size and distance between the two electrodes of a transmitter
• Analysis of Power Efficiency between Wearable Transmitter and Stationary Receiver through Human Body
• Evaluation of Ground Loop through the Floor in Human Body Communication
• Equivalent Output Impedance of a Transmitter-Human Body System as Viewed From a Receiver for Human Body Communication
• Lighting Color Control System Using Smartphone with Human Body Communication Module
• Multilayered Phantom for Input Impedance Evaluation of Human Body Communication Electrodes
• Maximization of Received Signal Power by Impedance Matching in Human Body Communication Receiver
• Effect of User's Posture and Device's Position on Human Body Communication with Multiple Devices
• Measurement of Human Body Communication Transmission Characteristics at 20 MHz
• Human Body Communication Between Fingertip and Wrist Using Stationary and Wearable Devices
• Clarification of Transmission Mechanism in Human Body Communication between Head-Mounted Wearable Devices
• Input Impedance Analysis of Wearable Antenna and Its Experimental Study with Real Human Body
• Homogenous Arm Model in Impedance Analysis of Electrodes for Human Body Communication
• Evaluation of Homogenous Medium Model for Analyses in Human Body Communication Characteristics
• Development and Study of Electrical Property on Phantom for Human Body Communication Considering Tissue Structure of Human Arm
• Input Impedance Characteristics of Wearable Transmitter Electrodes in Dry/Wet Skin Conditions for Human Body Communication
• Input Impedance Analysis in Human Body Communication Using Detailed Human Body Model
• Input Impedance Characteristics of Wearable Transmitter Electrodes in Intra-body Communication
• Transmission Characteristics of Wearable Devices Between Two Human Bodies
• Multilayered Cylindrical Human Arm Model for Impedance Analysis in Human Body Communication
• Input Impedance Characteristics of Human Body Communication Transmitter Using Realistic Human Model
• Structural Design of Transmitter and Receiver Electrodes for Improvement of Transmission Characteristics in Human-Body Communication

書籍等出版物

• Prime Archives in Sensors
• Prime Archives in Sensors
• 生体センシング技術開発の現状と研究開発のポイント
• Impact [DOI]
• Prime Archives in Electronics
• Prime Archives in Electronics
• 電磁界シミュレーション技術を用いた人体通信用電極の設計と人体通信の自動車システムへの応用
• ボディエリアネットワーク技術「人体通信」とEMC -基礎と技術動向 EMCを考慮した電極設計-

作品等

• Microwave Workshop & Exhibition 2016 (MWE 2016)
• こども大学くき, “身の回りの電波を調べてみよう” 講師
• The 5th IEEE Tokyo YP STEP Event NEC Central Research Laboratories Tour and Discussion with Researchers
• Microwave Workshop & Exhibition 2015 (MWE 2015)
• Microwave Workshop & Exhibition 2014 (MWE 2014)
• ワイヤレステクノロジーパーク2014 (WTP 2014)
• Microwave Workshop & Exhibition 2013 (MWE 2013)
• Microwave Workshop & Exhibition 2012 (MWE 2012)
• 第41回国際電子回路産業展（JPCA Show 2011）
• Microwave Workshop & Exhibition 2010 (MWE 2010)
• 第40回国際電子回路産業展（JPCA Show 2010）

共同研究・競争的資金等の研究課題

• 空間電磁界からの電力再生技術の開発と完全バッテリレス環境センシングの実現
• バッテリレス/センサレスの次世代ヘルスケアに向けた生体バックスキャッタ技術の創出
• 生体計測と情報通信の統合最適化による次世代ヘルスケア基盤の創出
• 導電刺繍を用いた「着るアンテナ」によるウェアラブルヘルスケアの実現
• 生体計測/通信向けマルチバンドウェアラブルアンテナ
• ロゴアンテナの設計⼿法確⽴と⾃動最適化に関する研究
• Wireless Body Area Network統合評価に向けた超広帯域/多組織電磁ファントムの開発
• Wireless Body Area Network向けマルチ物理層動作ウェアラブルアンテナの開発
• 電磁応答に基づく熟成食肉の肉質評価技術の開発
• 人体通信技術による車両内通信システム実現に向けた研究調査
• 生体計測と情報通信のクロスレイヤ最適化に基づく次世代ヘルスケア基盤の創出
• 生体近傍電波伝搬メカニズム解明と通信応用
• 食肉の複素誘電応答に基づくうま味評価技術の開発
• Signal transmission analysis in implantable human body communication for abdominal medical devices
• 生体の複素誘電特性の解明と指識別インターフェースへの応用
• 物流作業の効率化に向けたパッシブ方式人体通信によるピッキングシステムの開発
• 非侵襲な持続血糖モニタリングに向けた多層フレキシブル皮膚貼付アンテナの開発
• ウェアラブル/インプランタブル環境下統合ヘルスケアに向けたバッテリレス人体通信の研究
• 作業者支援に向けた異種サービス多重型人体通信システムの研究
• 炭素繊維コーティングによる導電性皮革の開発と人体通信アンテナへの応用
• 複数人体を伝送路に用いる新たな通信方式に向けたチャネルモデルの構築
• 非侵襲血糖推定に向けた 生体電磁応答に基づく複数信号の連成計測
• 環境電磁波利用型フルパッシブ人体通信
• 食肉の複素誘電応答に基づく肉質評価技術の開発
• 生体電磁応答に基づく拡張情報入力インターフェースの創出
• 超大面積の多孔質白金電極の開発と生体組織の複素誘電応答評価
• フルパッシブ環境センシングに向けた空間電磁界からの電力再生技術の開発
• 生体と電磁波の相互作用に基づくセンサ・通信・制御の統合最適化とスマートホーム基盤技術への応用
• 生体電磁応答に基づく指識別の実現と拡張入力インターフェースの創出
• ウェアラブル環境下統合ヘルスケアに向けた生体電磁応答に基づく多元生体信号計測
• 完全バッテリレスの人体通信環境に向けたマルチバンド生体アンテナの研究
• 生体アンテナによる環境電磁波の回収とバッテリレス人体通信システムへの応用
• 人体通信技術を用いたシームレスな自動改札システム実現に向けた研究調査
• ウェアラブル/インプランタブル共通環境に向けた人体通信物理層の統合的研究
• 生体近傍におけるMHz帯電磁波の伝搬メカニズム解明と新たな通信方式への応用
• Input Impedance Analysis of Wearable Antenna and Experimental Study with Real Human Subjects: Differences between Individual Users
• マルチバンド生体アンテナ理論の構築と環境発電型フルパッシブ人体通信への応用
• 生体の複素誘電応答に基づく非侵襲的な血糖値計測法
• 生体と電磁波の相互作用の解明と人体通信技術への応用に関する研究
• ウェアラブル環境下統合ヘルスケアに向けた生体電磁応答に基づく脈波計測技術の開発
• 環境電磁波による完全バッテリレスの人体通信システム実現
• 自動車運転中の心電図計測に向けた人体/自動車の複合回路モデリングに基づくノイズ抑制
• kHz～MHz帯生体電磁応答の血中グルコース濃度依存性の解明と非侵襲血糖値計測への応用
• ウェアラブル環境下統合ヘルスケアに向けた生体電磁応答に基づく脈波計測技術の開発
• 物流作業の効率化に向けたパッシブ方式人体通信によるピッキングシステムの開発
• 作業者支援に向けた異種サービス多重型人体通信システムの研究
• 生体電磁応答に基づく非観血的な血糖値計測技術の創出
• 超低消費電力なパッシブ方式人体通信を実現する容量結合伝送モデルの構築
• 環境電磁波によるバッテリレス生体信号センシングに向けた生体アンテナモデルの構築
• Pulsation Measurement via Wearable Devices Based on Bioelectromagnetic Responses
• 920 MHzおよび2.45 GHz帯を用いたヘッドマウントディスプレイ用通信システムに関する研究
• 920 MHz帯ISMバンド利用Wireless Body Area Network物理層の統合的研究
• Evaluation of Blood Phantom for Non-invasive Blood Glucose Measurement Based on Bioelectromagnetic Response
• WBAN物理層の統合的評価を可能にする多組織構造電磁ファントムの開発
• ウェアラブル/インプランタブル統合環境に向けた人体通信機器設計の研究
• 人体通信機器の設計と応用に関する研究
• Communication with plants -植物の疑似ペット化-

メディア報道

産業財産権

所属学協会

• ACM
• 日本AEM学会
• ライフサポート学会
• エレクトロニクス実装学会
• 電子情報通信学会
• IEEE
• 電気学会

委員歴

担当経験のある科目

社会貢献活動

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