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KOSHIJI Lab.
東京理科大学
理工学部電気電子情報工学科
大学院理工学研究科電気工学専攻

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平成27年3月31日現在
 
Summary
学術論文(査読付き)
国際会議論文(査読付き)
研究論文(査読なし)
学会口頭発表
著書
特許
95件
77件
441件
378件
30件
15件

以下に、近年(2012年度~2014年度)の学術論文(査読付き)、国際会議論文(査読付き)のリストを記す。
 
最近(2012年度~2014年度)の学術論文(査読付き)・国際会議論文(査読付き)
■学術論文(査読付き)
 1.山本隆彦,越地耕二,“体内埋込型人工心臓用経皮光情報伝送システム- 偏光板を用いた光のクロストークの低減-”,
    電気学会論文誌 C(電子・情報・システム部門誌),Vol.132, No.7, pp.1202-1203, July 2012.
 2.村松大陸, 山本隆彦, 越地耕二, 越地福朗, 佐々木健, “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”, ライフサポート学会誌, Vol.24, No.2, pp.70-78, September 2012.
 3.越地福朗, 板谷俊輔, 秋山侑祐, 越地耕二, “UWB用広帯域不平衡ダイポールアンテナの小型化の提案と検討”,
    エレクトロニクス実装学会誌, Vol.15, No.7, pp.526-533, November 2012.
 4.山本隆彦,越地耕二,“エネルギー伝送用空心型経皮トランスフォーマを用いた体内から体外への簡易経皮情報伝送”,
    電気学会論文誌D(産業応用部門誌),Vol.132, No.12, pp.1171-1172, December 2012.
 5.藤城義和,越地耕二,“コモンモードフィルタの非対称性に関する評価指標の解析的導出”, 電子情報通信学会論文誌B,
    Vol. J96-B, No.4, pp.417-426, 2013年4月.
 6.越地福朗, 秋山侑祐, 越地耕二, “3Gスマートフォンに組み込んだUWB対応アンテナの検討”,日本AEM学会誌, Vol.21,
    No.2, pp.122-128, 2013年6月.
 7.Takahiko YAMAMOTO, Koki SANO, Kohji KOSHIJI, Xiuqin CHEN, Shaoming YANG, Masahiko ABE and Akiko FUKUDA,
    “Improvement of electrical properties of human phantom in low-frequency band by using carbon microcoil”,
    日本AEM学会誌, 21巻2号, pp.146-151, 2013年6月.
 8.越地福朗, 湯山菜奈子, 越地耕二, “磁界共振結合を利用したボディエリア通信の提案と検討”, 日本AEM学会誌,
    Vol.21, No.2, pp160-165, 2013年6月.
 9.Takahiko Yamamoto, Kohji Koshiji and Akiko Fukuda, “Development of test fixture for measurement of
    dielectric properties and its verification using animal tissues”, PHYSIOLOGICAL MEASUREMENT, Vol.34,
    No.9, pp.1179-1191, August 2013.
 10.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Input Impedance Analysis of a Human Body
    Communication Transmitter Using a Realistic Human Model and a Simplified Layered Model”,
    エレクトロニクス実装学会誌, Vol.16, No.7, pp.528-534, 2013年11月.
 11.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Development and Study of Electrical
    Property on Phantom for Human Body Communication Considering Tissue Structure of Human Arm”, Journal
    of Japan Institute of Electronics Packaging, Vo.17, No.1, pp.63-68, January 2014.
 12.今野宗一郎,山本隆彦,越地耕二, “スパイラルコイルを用いたワイヤレス電力伝送 -幾何学的パラメータの
    異なるスパイラルコイル間の結合係数検討-”,日本AEM学会誌, Vol.22, No.2, pp.126-131, June 2014.
 13.百瀬大祐,山本隆彦,越地耕二,“電子機器内蔵を考慮した折り曲げ型UWBアンテナ -端部配置に向けての検討-”,
    日本AEM学会誌, Vol.22, No.2, pp.132-137, June 2014.
 14.T. Yamamoto, Kohji Koshiji, A. Fukuda, “Improvement in the Electrical Characteristics of a High-hydrous
    Gel Phantom be the addition of Inductive Materials at a Low-frequency Band”, 日本AEM学会誌, Vol.22,
    No.2, pp.144-149, June 2014.15.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, ”Analytical
    and Experimental Studies on Human Body Communication between Wristwatch and Handheld Device using Muscle
    Homogenous Phantom at 10MHz”, Sensors and Materials, Vol.26, No.8, pp.581-589, October 2014.
 16.今野宗一郎,山本隆彦,越地耕二,“プリントスパイラルコイルを用いたワイヤレス電力伝送に関する研究”,
    電子情報通信学会論文誌 C,Vol.J97-C, No.12, pp.528-534, December 2014.
 17.Yoshikazu FUJISHIRO, Takahiko YAMAMOTO, Kohji KOSHIJI, “Proposal of Analysis Method for Three-Phase
    Filter Using Fortescue-Mode S-Parameters”,IEICE TRANSACTIONS on Communications, Vol.E97-B, No.12,
    pp. 2756-2766, December 2014.

■国際論文会議(査読付き)
 1.Fukuro KOSHIJI, Shunsuke ITAYA, Yusuke AKIYAMA, Kohji KOSHIJI “A Broadband Antenna with Fan-Shaped and
    Trapezoidal Elements for Ultra Wideband Radio”, Joint Conference of International Conference on
    Electronics Packaging and IMAPS All Asia Conference 2012 (ICEP-IAAC 2012), TC1-3, pp.172-177, Tokyo,
    Japan, April 2012.
 2.Yusuke AKIYAMA, Fukuro KOSHIJI, Kohji KOSHIJI, “A Bent Unbalanced Dipole Antenna with Semicircular and
    Trapezoidal Radiators for Ultra Wideband Radio”, Joint Conference of International Conference on
    Electronics Packaging and IMAPS All Asia Conference 2012 (ICEP-IAAC 2012), TC1-4, pp.178-182, Tokyo,
    Japan, April 2012.
 3.Yotaro YASU, Katsuya KIKUCHI, Fumiki KATO, Shunsuke NEMOTO, Hiroshi, NAKAGAWA, Kohji KOSHIJI, Masahiro
    AOYAGI, “Measurement and Simmulation of Transmission Characteristics for Interconnect Structure Using
    30 mm Pitch Microbump Array on Coplanar Waveguide”, Joint Conference of International Conference on
    Electronics Packaging and IMAPS All Asia Conference 2012 (ICEP-IAAC 2012), pp.639, Tokyo, Japan, April 2012.
 4.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Input Impedance Characteristics of Human
    Body Communication Transmitter Using Realistic Human Model”, Joint Conference of International
    Conference on Electronics Packaging and IMAPS All Asia Conference 2012 (ICEP-IAAC 2012), P26, pp.735-738,
    Tokyo, Japan, April 2012.
 5.Yusuke AKIYAMA, Shunsuke ITAYA, Fukuro KOSHIJI, Kohji KOSHIJI, “A 2 GHz to 20 GHz Wideband Antenna with
    Low-VSWR Characteristics for Cognitive Radio System”, Joint Conference of International Conference on
    Electronics Packaging and IMAPS All Asia Conference 2012 (ICEP-IAAC 2012), P27, pp.739-742, Tokyo, Japan,
    April 2012.
 6.Soichiro KONNO, Takahiko YAMANOTO, Kohji KOSHIJI, “Wireless power transfer with electrocmagnetic resonance
    using spiral pattern formed on printed circuit board”, Joint Conference of International Conference on
    Electronics Packaging and IMAPS All Asia Conference 2012 (ICEP-IAAC 2012), pp.743-747, Tokyo, Japan, April 2012.
 7.Takahiko YAMAMOTO, Kohji KOSHIJI, “INFORMATION TRANSMISSION FROM THE INSIDE TO THE OUTSIDE OF THE HUMAN
    BODY USING TRANSCUTANEOUS TRANSFORMER FOR ENERGY TRANSMISSION”, IFMBE Proceedings World Congress on
    Medical Physics and Biomedical Engineering, Vol.39, May 2012.
 8.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Transmission Chracteristics of Wearable
    Devices Between Two Human Bodies”, The 1st IEEE Global Conference on Consumer Electronics (GCCE 2012),
    pp.365-366, Tokyo, Japan, October 2012.
 9.Fukuro KOSHIJI, Dairoku MURAMATSU, Ken SASAKI, Kohji KOSHIJI, “Input Impedance Characteristics of Wearable
    Transmitter Electrodes in Intra-body Communication”, The 1st IEEE Global Conference on Consumer
    Electronics (GCCE 2012), pp.367-368, Tokyo, Japan, October 2012.
 10.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Multilayered Cylindrical Human Arm Model
    for Impedance Analysis in Human Body Communication”, The 18th Asia-Pacific Conference on
    Communications (APCC 2012), pp.478-479, Jeju Island, Korea, October 2012.
 11.Yusuke AKIYAMA, Fukuro KOSHIJI, Kohji KOSHIJI, “Current Distributions and Radiation Characteristics
    of a Bent Unbalanced Dipole Antenna with Semicircular and Trapezoidal elements for Ultra Wideband Radio”,
    International Symposium on Antennas and Propagation 2012 (ISAP 2012), POS1-20, pp.567-570, Nagoya, Japan,
    October 2012.
 12.Fukuro KOSHIJI, Shunsuke ITAYA, Yusuke AKIYAMA, Kohji KOSHIJI, “A Wideband Antenna with Fan-Shaped and
    Trapezoidal Elements for Ultra Wideband Radio”, International Symposium on Antennas and Propagation 2012
    (ISAP 2012), 3B3-3, pp.838-840, Nagoya, Japan, October 2012.
 13.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Input Impedance Analysis in Human Body
    Communication Using Detailed Human Body Model”, The 15th Biennial IEEE Conference on Electromagnetic
    Field Computation (CEFC2012), pp.31, Oita, Japan, November 2012.
 14.Takahiko YAMAMOTO, Kohji KOSHIJI, “Transcutaneous energy transmission system for a totally implantable
    artificial heart - Miniaturization of coreless coil and improvement in energy transmission efficiency”,
    IEEE Healthcare Innovation Conference : Translation Engineering in Health & Medicine, pp.204-207, November 2012.
 15.Fukuro KOSHIJI, Takaaki FUJISAWA, Dairoku MURAMATSU, Ken SASAKI, Kohji KOSHIJI, “Input Impedance
    Characteristics of Wearable Transmitter Electrodes in Dry/Wet Skin Conditions for Human Body Communication”,
    IEEE-EMBS Micro- and Nanoengineering in Medicine Conference (MNMC 2012), pp.78, Hawaii, U.S.A, December 2012.
 16.Fukuro KOSHIJI, Nanako YUYAMA, Kohji KOSHIJI, “Wireless Body Area Communication using Electromagnetic
    Resonance Coupling”, IEEE CPMT Symposium Japan 2012 (ICSJ 2012), pp.279-282, Kyoto, Japan, December 2012.
 17.Fukuro KOSHIJI, Kohji KOSHIJI, Yusuke AKIYAMA, “A UWB Antenna Built into 3G Smart Phone”, International
    Conference on Electronics Packaging 2013 (ICEP 2013), FD2-1, pp.695-700, Osaka, Japan, April 2013.
 18.Fukuro KOSHIJI, Nanako YUYAMA, Kohji KOSHIJI, “Investigation on a Wireless Body Area Communication Using
    Electromagnetic Resonance Coupling”, International Conference on Electronics Packaging 2013 (ICEP 2013),
    FB3-6, pp.599-604, Osaka, Japan, April 2013.
 19.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Development and Study of Electrical Property
    on Phantom for Human Body Communication Considering Tissue Structure of Human Arm”, International
    Conference on Electronics Packaging 2013 (ICEP 2013), FB3-7, pp.605-601, Osaka, Japan, April 2013.
 20.Takaaki FUJISAWA, Fukuro KOSHIJI, Kohji KOSHIJI, “A Proposal of New Electrode Structure for Intra-Body
    Communication”, International Conference on Electronics Packaging 2013 (ICEP 2013), P16, pp.877-880,
    Osaka, Japan, April 2013.
 21.S. Konno, T. Yamamoto, K. Koshiji, “Improvement of Coupling Coefficient by Designing a Spiral Pattern
    Formed on a Printed Circuit Board”, Proc.of IEEE Wireless Power Transfer Conference 2013,pp.167-170,May 2013.
 22.T.Yamamoto, K. Koshiji, “Position Detection for Transcutaneous Energy Transmission System for Capsule
    Endoscope”, Proc.of IEEE Wireless Power Transfer Conference 2013,p.210-213,May 2013.
 23.Fukuro KOSHIJI, Nanako YUYAMA, Kohji KOSHIJI, “Transmission Characteristics of Body Area Communication
    Using Electromagnetic Resonance Coupling”, The 35th Annual International Conference of the IEEE Engineering
    in Medicine and Biology Society (IEEE EMBC 2013), SaD11.17, Osaka, Japan, July 2013.
 24.Yuta Machida, Takahiko Yamamoto, Kohji Koshiji, “A Study on Transmission Characteristics and Specific
    Absorption Rate Using Impedance-Matched Electrode”, Proc.of The 35th Annual International Conference
    of the IEEE Engineering in Medicine and Biology Society,pp.1883-1886, July 2013.
 25.T. Yamamoto, K. Sano, K. Koshiji, X. Chen, S. Yang, M. Abe, and A. Fukuda, “Development of
    electromagnetic phantom at low-frequency band”, Proc.of The 35th Annual International Conference of
    the IEEE Engineering in Medicine and Biology Society, pp.1887-1890, July 2013.
 26.Fukuro KOSHIJI, Yusuke AKIYAMA, Kohji KOSHIJI, “UWB Antenna Built into 3G Smartphones”, 2013 IEEE
    International Conference on Ultra-Wideband (ICUWB 2013), T3-5, pp.91-96, Sydney, Australia, September 2013.
 27.Fukuro KOSHIJI, Nanako YUYAMA, Kohji KOSHIJI, “Electromagnetic Characteristics of Body Area Communication
    Using Electromagnetic Resonance Coupling”, The 2nd IEEE Global Conference on Consumer Electronics
    (GCCE 2013), pp.63-64, Makuhari, Japan, October 2013.
 28.Kazuya HIRAGURI, Fukuro KOSHIJI, Kohji KOSHIJI, “A Wideband Antenna with Fan-Shaped and Trapezoidal
    Elements on Printed Circuit Board for Ultra Wideband Radio”, The 2nd IEEE Global Conference on Consumer
    Electronics (GCCE 2013), pp.67-68, Makuhari, Japan, October 2013.
 29.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Homogenous Arm Model in Impedance
    Analysis of Electrodes for Human Body Communication”, The 2nd IEEE Global Conference on Consumer
    Electronics (GCCE 2013), pp.286-287, Makuhari, Japan, October 2013.
 30.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Input Impedance Analysis of a Human
    Body Communication Transmitter Using a Realistic Human Model and Simplified Layered Model”, Journal
    of Japan Institute of Electronics Packaging, Vo.16, No.7, pp.528-534, November 2013.
 31.Fukuro KOSHIJI, Kazuya HIRAGURI, Kohji KOSHIJI, “A Broadband Antenna with Fan-Shaped and Trapezoidal
    Elements on Printed Circuit Board for Ultra Wideband Radio”, IEEE CPMT Symposium Japan 2013
    (ICSJ 2013), pp.141-144, Kyoto, Japan, November 2013.
 32.Yusuke AKIYAMA, Fukuro KOSHIJI, Kohji KOSHIJI, “Electromagnetic Field Analysis of a Broadband Antenna
    Built for Third-Generation Mobile and UWB Communications Considering the Effects of Dielectric Housing”,
    IEEE CPMT Symposium Japan 2013 (ICSJ 2013), pp.145-148, Kyoto, Japan, November 2013.
 33.Yoshikazu Fujishiro, Takahiko Yamamoto, Kohji Koshiji, “Modal S-Parameters and the Circuit Representation
    of Symmetric Circuits”, IEEE Electrical Design of Advanced Packaging & Systems Symposium (EDAPS),
    pp.122-125, December 2013.
 34.Dairoku MURAMATSU, Fukuro KOSHIJI, Kohji KOSHIJI, Ken SASAKI, “Input Impedance Analysis of Wearable
    Antenna and Its Experimental Study with Real Human Body”, The 32nd IEEE International Conference on
    Consumer Electronics (ICCE 2014), pp.155-156, Las Vegas, U.S.A., January 2014.
 35.Human Body Communication in Vehicle -Transmission Characteristics between Forearm and Steering, Fukuro
    KOSHIJI, Takashi MATSUMOTO, Kohji KOSHIJI, International Conference on Electronics Packaging 2014
    (ICEP 2014), TE-2-2, pp.349-352, Toyama, Japan, April 2014.
 36.Fukuro KOSHIJI, Kohji KOSHIJI, ”A Multiband Antenna with Fan-Shaped Monopole and Folded Element of
    800 MHz, 2.0 GHz and UWB for 4G Smartphones”, Yusuke AKIYAMA, International Conference on Electronics
    Packaging 2014 (ICEP 2014), FB1-3, pp.494-497, Toyama, Japan, April 2014.
 37.Misaki KUROSU, Fukuro KOSHIJI, Kohji KOSHIJI, ”Electromagnetic field analysis of Human Body
    Communication between Wearable and Stationary Devices including the Earth Ground”, International
    Conference on Electronics Packaging 2014 (ICEP 2014), P07, pp.744-747, Toyama, Japan, April 2014.
 38.Kazuya HIRAGURI, Fukuro KOSHIJI, Kohji KOSHIJI, ”A Flexible Broadband Antenna with Fan-Shaped and
    Trapezoidal Elements formed on Printed Circuit Board for Ultra-Wideband Radio”, International Conference
    on Electronics Packaging 2014 (ICEP 2014), P26, pp.807-810, Toyama, Japan, April 2014.
 39.Kohei HORIGOME, Fukuro KOSHIJI, Kohji KOSHIJI, ”Comparison of Wireless Power Transmission Characteristics
    Using Circular-Coil Array and Elliptical Coil as a Transmission Coil”, International Conference on
    Electronics Packaging 2014 (ICEP 2014), P27, pp.811-814, Toyama, Japan, April 2014.