鹿児島大学 工学部 先進工学科 電気電子工学プログラム

通信システム工学分野 Du研究室

研究室紹介

本研究室では通信システムにおける電波伝搬・電磁界シミュレーション・解析手法に関する研究を行っています。 キーワード:5G、6G、電波伝搬、シミュレーション、遮蔽モデル、遮蔽軽減技術など

研究内容

メンバー

教員:Du Xin(ト キン)
学部課程:4名
修士課程:〇名
博士課程:〇名

2026年度査読付き論文

2025年度以前査読付き論文(Du研設立以前のDu単著・共著)

[1] Kim Minseok, 高田潤一, Mao Minghe, Kang Chechia, Du Xin, Ghosh Anirban: THz channels for short‐range mobile networks: Multipath channel behavior and human body shadowing effects, IEEE Communications Magazine, 64巻・1号(2026年1月),pp.138〜144
[2] Du Xin:Design of unequal intervals for split‐step parabolic equation and mirror Kirchhoff approximation in three‐dimensional environment, IEICE Communications Express, 掲載決定 (2025年12月) ,pp. 1〜4
[3] Du Xin:Unequal‐interval mirror Kirchhoff approximation with sensitive segmentation to predict shadowing gain, Proceedings of the 2025 PhotonIcs & Electromagnetics Research Symposium (2025年11月)【招待あり】
[4] Du Xin, 村田英一, 亀田卓:Full‐wave analysis for passive reflector as shadowing mitigation strategy at mmWave, Proceedings of The 2025 IEEE 102nd Vehicular Technology Conference (2025年10月) ,pp. 1〜4
[5] 森本駿哉, 菅井颯斗, 村田英一, Du Xin, 篠原笑子, 村山大輔, 中平俊朗, 福島健, 淺井裕介:Adaptive distributed detection scheme in collaborative multiple‐input multiple‐output systems, IEICE Transactions, E109-B巻・4号(2025年10月),pp. 1〜8
[6] Du Xin:Closed‐form solution for evanescent wave of a two‐dimensional point source,IEICE Communications Express,14巻・5号(2025年5月),pp.201〜204
[7] Du Xin,Kang Chechia,高田潤一:Equivalence of two types of knife‐edge diffraction models to predict shadowing effect,IEICE Communications Express,14巻・5号(2025年5月),pp.185〜188
[8] Kang Chechia,Du Xin,高田潤一:Point cloud‐based diffraction path extraction for dynamic human body shadowing channel at 300 GHz,IEEE Open Journal of Antennas and Propagation,6巻・2号(2025年4月),pp.535〜547
[9] Zhou De Run,Du Xin,宋航,高田潤一:Prediction of shadowing gain of 2D object by mirror Kirchhoff approximation with unequal interval,IEICE Communications Express,14巻・4号(2025年4月),pp.119〜122【責任著者】
[10] 小林祥平,Zhong Tianhan,Du Xin,村田英一:Channel measurement results of UHF band for terminal‐collaborated MIMO transmission,Proceedings of The 5th IEICE‐CS International Conference on Emerging Technologies for Communications(2024年11月)
[11] 重永翔大郎,Du Xin,村田英一,須山聡,蒋恵玲:Human‐blockage comparison between UHF and SHF bands: A reciprocating motion pedestrian case,Proceedings of The 29th Asia‐Pacific Conference on Communications(2024年11月),pp.1〜4
[12] 大井優希,小林祥平,Du Xin,村田英一:Experimental performance verification of linear MIMO receiver using null‐space expansion technique,Proceedings of The 5th IEICE‐CS International Conference on Emerging Technologies for Communications(2024年11月)
[13] 神田涼佑,村田英一,Du Xin,須山聡,蒋恵玲:Experimental performance of frequency‐domain MIMO receiver using 25.9 GHz terminal collaboration,Proceedings of The 29th Asia‐Pacific Conference on Communications(2024年11月),pp.1〜3
[14] Kang Chechia,Du Xin,高田潤一:Point cloud‐based prediction models of dynamic human body shadowing at 58 GHz,IEEE Open Journal of Antennas and Propagation,5巻・4号(2024年8月),pp.1013〜1025
[15] Du Xin,高田潤一:Equivalence of knife‐edge diffraction model and uniform geometrical theory of diffraction applying Fresnel approximation for an absorbing screen,IET Electronics Letter,59巻・22号(2023年11月),pp.1〜4
[16] Du Xin,Kang Chechia,高田潤一:UTD‐type solution of physical optics approximation for reconfigurable intelligent surface modeled by a continuous planar surface,IEEE Open Journal of Antennas and Propagation,4巻(2023年11月),pp.1103〜1115
[17] Shinwasusin Ek‐amorn,Keerativoranan Nopphon,Hanpinitsak Panawit,Du Xin,高田潤一:Comparison of physical optics and ray tracing in non‐planar serration object at millimeter‐wave band,Proceedings of The XXXVth URSI General Assembly and Scientific Symposium(2023年8月)
[18] Kang Chechia,Du Xin,高田潤一:Measurement of the dynamic radio channel at sub‐THz band affected by human body shadowing,Proceedings of The XXXVth URSI General Assembly and Scientific Symposium(2023年8月)
[19] Du Xin,高田潤一:Design of simulation parameters in angular spectrum domain for two‐dimensional mirror Kirchhoff approximation and split step parabolic equation,Proceedings of The XXXVth URSI General Assembly and Scientific Symposium(2023年8月),pp.1〜4【招待あり】
[20] Du Xin,Kang Chechia,高田潤一:Comparison between the fields modeled by a circular cylinder and a screen in the transition region,Proceedings of The 2023 IEEE International Symposium on Antennas and Propagation and USNC‐URSI Radio Science Meeting(2023年7月),pp.1〜2
[21] Du Xin,高田潤一:A uniform additional term using Fock‐type integral to unify edge diffraction, creeping diffraction, and reflection in lit and shadowed regions,Progress In Electromagnetics Research B,101巻・6号(2023年7月),pp.101〜117
[22] Du Xin,高田潤一:Design of parameters of fast Fourier transform for three‐dimensional split step parabolic equations and mirror Kirchhoff approximation,IEEE Access,11巻(2023年5月),pp.44964〜44976
[23] Du Xin,高田潤一:Structure of the field behind a dielectric circular cylinder in the lit side of the transition region,Progress In Electromagnetics Research M,116巻・9号(2023年4月),pp.103〜118
[24] Kang Chechia,Du Xin,高田潤一:Synchronized dynamic channel sounder and posture capture for millimeter wave radio channel suffered from human body shadowing,Proceedings of The 17th European Conference on Antennas and Propagation(2023年3月),pp.1〜5
[25] Du Xin,高田潤一:Analytical solution of Kirchhoff approximation applying angular spectrum method,Proceedings of The 2022 URSI‐Japan Radio Science Meeting(2022年9月)
[26] Du Xin,高田潤一:Low computational cost mirror Kirchhoff approximation for predicting shadowing effect,IEEE Access,10巻(2022年2月),pp.23829〜23841
[27] Du Xin,齋藤健太郎,高田潤一,Hanpinitsak Panawit:A novel mirror Kirchhoff approximation method for predicting the shadowing effect by a metal cuboid,Progress In Electromagnetics Research M,104巻・18号(2021年9月),pp.199〜212
[28] Du Xin,齋藤健太郎,高田潤一,Hanpinitsak Panawit:A novel mirror Kirchhoff approximation method for predicting shadowing gain,Proceedings of The XXXIV General Assembly and Scientific Symposium of the International Union of Radio Science(2021年8月)
[29] Du Xin,高田潤一:Mirror Kirchhoff approximation for predicting shadowing effect by a PEC convex cylinder,Proceedings of The 2021 International Applied Computational Electromagnetics Society Symposium,(2021年7月),pp.1〜3

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鹿児島県鹿児島市郡元1-21-40
鹿児島大学 大学院 理工学研究科 工学専攻 電気電子工学プログラム
鹿児島大学 工学部 先進工学科 電気電子工学プログラム 通信システム工学分野
電気電子工学棟6F Du研究室
Email: duxin@eee.kagoshima-u.ac.jp