陳振興

2013年3月—至今，中國地質大學（武漢），機械與電子信息學院，電子信息工程系

2012年9月—2013年2月，國立慶尚大學（韓國），工學研究院

2008年9月—2012年8月，國立慶尚大學（韓國），信息設備工程，工學博士

2006年9月—2008年8月，國立慶尚大學（韓國），信息設備工程，工學碩士

1、國家自然科學基金（青年），基於多維信號星座圖的高質量數字傳輸系統研究，主持

2、國家自然科學基金（面上），基於傳感器網絡的水環境監測及其時空場重建方法研究，參與

3、湖北省自然科學基金（面上），基於多維信號索引調製的OFDM系統研究，主持

4、教育部科技項目（留學回國人員科研啓動基金），降低三維正交頻分複用系統峯均功率比的研究，主持

5、中央高校專項項目（優秀青年基金），基於高維信號映射與解映射的數字光通信系統研究，主持

6、中央高校專項項目（新青年啓動基金），探地雷達信號處理方法的研究，參與

7、中央高校專項項目（傑出人才培育基金），海外優秀博士博士後項目，主持

8、橫向項目，智能點膠機器人研發項目，主持

9、橫向項目，目標提取實時處理軟件，參與

10、橫向項目，客輪人員位置感知節點及網絡性能測試與數據分析處理，參與

11、橫向項目，PYTHON500高速圖像採集系統研發，參與

12、橫向項目，基於大數據的用户通信行為分析，參與

13、韓國電子通信研究院項目，A Research on the WiMedia UWBTransmission Scheme for Gbps Transmission，參與

14、韓國電子通信研究院項目，A Research on Standard Technologyfor High-Quality Video Streaming based on WiMedia，參與

15、韓國電子通信研究院項目，A Research on the Performance ofGbps Transmission for WiMedia UWB，參與

16、韓國電子通信研究院項目，A Research on the Highly EfficientModulation Schemes for Improvement of the Quality of Services，參與

17、韓國知識經濟部項目，Development of Embedded Softwarefor Multicore-Based Avionics，參與

18、韓國知識經濟部項目，Development of WirelessCommunication Technology Based on the Sensor Networks on Vessels，參與

19、韓國教育科學技術部項目，A Study on the Coded ModulationBased on OFDM with 3-Dimensional Constellations，參與20、韓國教育科學技術部項目，A Study onModification of α-Stable Distribution for Practical Impulsive NoiseEnvironment and Its Applications，參與

1、校級教學改革項目，《通信原理》課程教學方法的改革與實踐，主持

2、國家級產學合作協同育人項目，基於通信原理課程羣軟件無線電師資培訓，主持

3、國家級產學合作協同育人項目，車聯網軟件通用平台開發，參與

1、Mengyi Wang, Zhihui Chen, and ZhenxingChen*, “Dual-Mode index modulation aided 3D-OFDM,” IEEECommunications letters, vol. 26, no. 3, pp. 612-616, Mar. 2022.

2、Mengyi Wang, Zhihui Chen, and ZhenxingChen*, “Energy-Efficient index modulation with in-phase/quadrature formatin the generalized fading channel,” IEEE Access, vol. 9, pp.117938-117948, Aug. 2021.

3、Tianye Huang, Xueyan Dang, Lei Han,Gangshun Zhang, Jianxing Pan, Yuhan Wang, and Zhenxing Chen*,“Dual-channel sensor based on Tamm plasmon polariton and defect modehybridization in topological insulator covered photonic crystals,” Journalof the Optical Society of America B, vol. 38, no. 6, pp. 1951-1957, June2021.

4、Zhenxing Chen, Yi Lu, and Seog GeunKang, “High-dimensional OFDM with in-phase/quadrature index modulation,” IEEEAccess, vol. 9, pp. 44198-44206, Mar. 2021.

5、王孟依，陳振興*，陳智慧，“基於三級LLR檢測的廣義零填充三模OFDM索引調製系統研究”，電子學報，49(7)：1291-1297，2021.

6、Xufan Zhang, Yong Wang, ZhenxingChen, Jun Yan, and Dianhong Wang, “Saliency detection via image sparserepresentation and color features combination,” Multimedia Tools andApplications, vol. 79, no. 31-32, pp. 23147-23159, Aug. 2020.

7、Xufan Zhang, Yong Wang, Jun Yan, ZhenxingChen, and Dianhong Wang, “A unified saliency detection framework forvisible and infrared images,” Multimedia Tools and Applications,vol. 79, no. 25-26, pp. 17331-17348, July 2020.

8、Jianxing Pan, Zhenxing Chen,Tianye Huang, Shuwen Zeng, Zhuo Cheng, Pan, Huang, Xiang Zhao, Perry Ping Shum,and Gilberto Brambilla, “Simultaneous mid-infrared gas sensing and upconversionbased on third harmonic generation in cascaded waveguides,” IEEEPhotonics Journal, vol. 12, no. 2, pp. 1-12, April 2020.

9、Guizhen Xu, Jun Yan, ZhenxingChen, Tianye Huang, Zhuo Cheng, Perry Ping Shum, and Gilberto Brambilla,“Design of germanium-silicon carbide hybrid waveguides for mid-infraredthird-order parametric conversion,” Optics Communications, vol.456, pp. 1-5, Feb. 2020.

10、Lei Han, Zhenxing Chen,Tianye Huang, Huafeng Ding, and Chuan Wu, “Sensitivity enhancement ofAg-ITO-TMDCs-Graphene Nanostructure based on surface plasmon resonancebiosensors,” Plasmonics, (2020)15:693-701.

11、Yuan Xie, Zhenxing. Chen,Jun. Yan, Yiheng. Wu, Tianye. Huang, and Zhuo. Cheng, “Combination of surfaceplasmon polaritons and subwavelength grating for polarization beamsplitting,” Plasmonics, (2020)15:235-241.

12、張祥莉，王勇，王典洪，陳振興*，“四維信號星座圖改進及相應OFDM系統模型設計”， 電子學報，48(8)：1486-1492，2020.

13、Yuan Xie, Zhenxing Chen,Yiheng Wu, Yangcheng Zhao, Tianye Huang, and Zhuo Cheng, “Bloch supermodeinteraction for high-performance polarization bean splitting,” OpticalEngineering, vol. 58, no. 9, pp. 095102.1-5, Sep. 2019.

14、Zhenxing Chen, Jiaheng Liu, ShuangLi, and Seog Geun Kang, “New 3D 16-ary signal constellations and their symbolerror probabilities in AWGN and Rayleigh fading channels,” WirelessCommunications and Mobile Computing, Volume 2018, Article ID 7178631, 6pages, 2018.

15、Shuang Li, Shicheng Zhang, ZhenxingChen, and Seog Geun Kang, “A hybrid decoding of Reed-Muller codes,” InternationalJournal of Distributed Sensor Networks, vol. 13, no. 2, 8 pages, 2017.

16、薛偉，童蓬，陳振興，“一種新的LTE系統頻偏估計算法”，測控技術，第34卷，第4期，124-127, 2015.

17、Zhenxing Chen and Seog GeunKang, “A Three-Dimensional OFDM System with PAPR Reduction Method for WirelessSensor Networks,” International Journal of Distributed Sensor Networks,Volume 2014, Article ID 312308, 6 pages, 2014.

18、薛偉，陳振興，“LET系統中速度估計新算法”，計算機仿真，第31卷，第10期，2014.

19、Seog Geun Kang, ZhenxingChen, Ju Yeong Kim, Jin Sub Bae, and Jong-Soo Lim, “Construction ofhigher-level 3-D signal constellations and their accurate symbol errorprobabilities in AWGN,” IEEE Transactions on Signal Processing,vol. 59, no. 12, pp. 6267-6272, Dec. 2011.

20、Zhenxing Chen and Seog GeunKang, “Three-dimensional modulation formats with constant power for opticalcommunications,” Optics Express, vol. 19, no. 23, pp. 22358-22363,Nov. 2011.

21、Zhenxing Chen, Eun Chang Choi, andSeog Geun Kang, “Closed-form expressions for the symbol error probability of3-D OFDM,” IEEE Communications letters, vol. 14, no. 2, pp.112-114, Feb. 2010.

22、Zhenxing Chen, Chae Cheol Choe, andSeog Geun Kang, “Performance of typical 3-D signal constellations in Rayleighfading channel,” Journal of Broadcast Engineering (Korea),vol. 16, no. 4, pp. 680-683, July 2011.

23、Zhenxing Chen and Seog GeunKang, “A voice coding technique for application to the IEEE 802.15.4standard,” Journal of Broadcast Engineering (Korea), vol. 13,no. 5, pp. 612-621, Sep. 2008.

24、Xiangyang Dai, Wei Xue, Yan Luo,and Zhenxing Chen, “A new velocity estimation method for groundpenetrating radar,” 第十三屆中國國際地球電磁學術研討會，武漢，湖北，2017.

25、Shuang Ma, Zhenxing Chen,and Seog Geun Kang, “Performance analysis of 3-D data transmission system inthe presence of impulsive noise,” 2012 International Conference onInformation and Communication Technology Convergence (ICTC),pp. 601-602, Jeju, Korea, Oct. 2012.

26、Zhenxing Chen and Seog GeunKang, “An FPGA implementation of 3-D signal transmission system,” 2012IEEE International Conference on Consumer Electronics (ICCE),pp. 368-369, Las Vegas, Jan. 2012.

27、Zhenxing Chen, Jin Sub Bae, Se-KyoChung, Jin-Whan Koh, and Seog Geun Kang, “Multi-envelope 3-dimensionalconstellations for polarization shift keying modulation,” 2010International Conference on Information and Communication TechnologyConvergence (ICTC), pp. 173-174, Jeju, Korea, Nov. 2010.

28、Zhenxing chen and Seog GeunKang, “Probability of symbol error of OFDM system with 3-Dimensional signalconstellations,” IEEE 13th International Symposium on ConsumerElectronics, ISCE’09, pp. 442-446, Kyoto, Japan, May 2009.

29、Zhenxing Chen, Seog Geun Kang, EunChang Choi, and Jae Doo Huh, “Multistage waveform coding for voicecommunication over Zigbee networks,” Digest of Technical PapersInternational Conference on Consumer Electronics, ICCE’09, pp. 1-2, LasVegas, USA, Jan. 2009.

30、Chae Cheol Choe, ZhenxingChen, and Seog Geun Kang, “Design of a new 3-D 16-ary signal constellationwith constant envelope,” Next Generation Communication Software (NCS),2010, Korea.

31、Zhenxing Chen, Zijing Zhang, Jin SubBae, Seog Geun Kang, Eun Chang Choi, and Jae Doo Huh, “Non-constant envelop3-dimensional signal constellations for digital communication,” NextGeneration Communication Software (NCS), 2008, Korea.

32、Zhenxing Chen, Eun Chang Choi, JaeDoo Huh, and Seog Geun Kang, “Performance of a multi-stage DWT for transmissionof audio signals over low-rate WPANs,” Korea Signal ProcessingConference (KSPC), 2007, Korea.

1、陳振興，黃田野，“引導教學在通信原理課程中的應用探討”，教育教學論壇，第37期，頁碼：105-108，2021年9月.

2、陳振興， 殷蔚明，“基於通信原理課程的多維度本科教學探索實踐，” 教育教學論壇，第46期，頁碼：241-242，2017年11月.

1、陳振興，陸奕，黃田野，王勇，程卓，“一種基於多維度信號索引調製的正交頻分複用方法及系統”，專利號：ZL202011248093.1

2、陳振興，張煜蓉，張惠捷，王勇，王家豪，“基於兩階段索引調製的OFDM峯均功率比降低方法和系統”，專利號：ZL201910613902.5

3、陳振興，張煜蓉，張惠捷，殷蔚明，程卓，“基於兩階段索引調製的OFDM實現方法和系統”，專利號：ZL201910613750.9

4、陳振興，張煜蓉，李芳，王典洪，王勇，羅林波，“基於三維信號插入降低OFDM系統峯均功率比的方法及系統”，專利號：ZL201711106288.0

5、陳振興，張煜蓉，李芳，王典洪，王勇，羅林波，“基於四維信號插入降低OFDM系統峯均功率比的方法及系統”，專利號：ZL201711106287.6

6、陳振興，薛偉，程卓，羅林波，張祥莉，“一種基於16進制三維格子星座圖映射的數字通信系統”，專利號：ZL201710194502.6

1、陳振興，劉嘉珩，黃田野，羅林波，李哲豐，“三維相干光正交頻分複用系統峯均功率比降低裝置”，專利號：ZL201720316020.9

2、陳振興，薛偉，程卓，羅林波，王家豪，“一種提高三維相干光正交頻分複用頻帶利用率系統”，專利號：ZL201720312473.4

1、陳振興，劉嘉珩，“基於虛擬序列插入降低三維OFDM系統PAPR軟件V1.0”，登記號2019SR0883481

2、陳振興，張煜蓉，“基於四維信號插入技術降低OFDM系統峯均功率比軟件V1.0”，登記號2019SR0883468

3、張煜蓉，陳振興，“基於三維信號插入技術降低OFDM系統峯均功率比軟件V1.0”，登記號2019SR0883474

4、田清瑤，陳振興，“基於高維信號索引調製的正交頻分複用軟件V1.0”，登記號2021SR1657250吳雲濤，

5、陳振興，“基於MIMO的四維索引調製正交頻分複用系統軟件V1.0”，登記號2021SR1657249

1、校級優秀本科畢業論文

2、先進畢業班

3、湖北省大學生電子設計競賽

4、中國工程機器人大賽

5、全國/湖北省大學生移動通信5G技術大賽