CHENG Zhuo, male, born in Jan. 1983, PhD, associate professor, master supervisor, member of the China Democratic League
Email: chengzhuo@cug.edu.cn QQ: 10844646
Office: Room 217, No. 2 Teaching Building
Main experiences:
2010.12-present: Teacher at the Department of Electronic Information Engineering, School of Mechanical Engineering and Electronic Information, China University of Geosciences (Wuhan).
2014.12-2016.1: Visiting scholar at Florida State University
2011.1-2011.12: Research and development of analytical instruments at Beijing PERSEE General Instruments Co., Ltd.
2006.9-2010.12: PhD in engineering, majored in Information and Communication Engineering, Huazhong University of Science and Technology.
2005.9-2006.6: Student majored in Communication and Information System at Huazhong University of Science and Technology.
2001.9-2005.6: Bachelor of Engineering in Electronic and Information Engineering, China University of Geosciences (Wuhan).
Main research fields:
Anti-jamming communication, Internet of Things, high-performance sensors, analytical instruments
Admission information:
Welcome the undergraduates and postgraduates committed to scientific research or practice innovation, with strong self-motivated ability, as well as the students in science, engineering and design, with certain professional knowledge.
Papers published in recent years:
[1] Liu, Shuangling; Zhu, Ming; Deng, Meng; Hu, Zesheng; Cheng, Zhuo; He, Xingshun. Simultaneous Reconstruction of Gas Concentration and Temperature Using Acoustic Tomography [J]. SENSORS, 2024, 24(10):.
[2] Wang, Yinyuan; Du, Haowen; Cheng, Zhuo; Gao, Changxin; Wei, Longsheng; Fang, Bin; Xiao, Fei; Luo, Dapeng. KRRNet: Keypoint Relational Regression Network for Bottom-Up Anchor-Free Object Detection [J]. IEEE Transactions on Circuits and Systems for Video Technology, 2024, 34(4): 2249-2260.
[3] Sang, ZX; Huang, TY; Xu, CY; Cheng, Z; Pan, JX; Ge, MF; Yin, J; Peng, CY; Yu, H; Li, K; Chen, SX; Huang, B; Hu, HX; Shum, PP. Characterization of the ultrafast fiber laser mode-locked by nonlinear multimode interference [J]. OPTICS COMMUNICATIONS, 2023, 547:129927.
[4] Huang, TY; Lei, RR; Cheng, Z; Zhang, XL; Wang, Y; Luo, DP; Xu, GZ; Zhang, GS; Wu, YH; Pan, JX. Numerical Study on Dispersion Turning Effect Based on Mach-Zehnder Interferometers and Its Sensing Performance [J]. ACTA OPTICA SINICA, 2022, 42(5):.
[5] Liao, JF; Xie, Y; Huang, TY; Cheng, Z. Design and analysis of a compact subwavelength-grating-assisted 1.55/2 mu m wavelength demultiplexer [J]. APPLIED OPTICS, 2021, 60(16):4972-4975.
[6] Zhou, FY; He, D; Miao, X; Yang, C; Dong, JH; Zheng, HT; Cheng, Z; Liu, X; Zhu, ZL. Development of an Automatic Column Chromatography Separation Device for Metal Isotope Analysis Based on Droplet Counting [J]. ANALYTICAL CHEMISTRY, 2021, 93(19):7196-7203.
[7] Chen, J; Wu, KL; Cheng, Z; Luo, LB. A saliency-based multiscale approach for infrared and visible image fusion [J]. SIGNAL PROCESSING, 2021, 182:.
[8] Xiao, DH; Wang, Y; Cheng, Z; Huang, TY; Yan, J. Optimized neural network based path planning for searching indoor pollution source [J]. JOURNAL OF AMBIENT INTELLIGENCE AND HUMANIZED COMPUTING, 2021,.
[9] Huang, TY; Pan, JX; Cheng, Z; Xu, G; Wu, ZC; Du, TY; Zeng, SW; Shum, PP. Nonlinear-mode-coupling-induced soliton crystal dynamics in optical microresonators [J]. PHYSICAL REVIEW A, 2021, 103(2):.
[10] Pan, JX; Cheng, Z; Huang, TY; Zhu, M; Wu, ZC; Shum, PP. Numerical Investigation of All-Optical Manipulation for Polarization-Multiplexed Cavity Solitons [J]. JOURNAL OF LIGHTWAVE TECHNOLOGY, 2021,39(2):582-591.
[11] Xiao, DH; Wang, Y; Cheng, Z. Agent-based autonomous pollution source localization for complex environment [J]. JOURNAL OF AMBIENT INTELLIGENCE AND HUMANIZED COMPUTING, 2021, 12(10):9481-9489.
[12] Zhao, X; Cheng, Z; Zhu, M; Huang, TY; Zeng, SW; Pan, JX; Song, CL; Wang, YH; Shum, PP. Study on the dual-Fano resonance generation and its potential for self-calibrated sensing [J]. OPTICS EXPRESS, 2020, 28(16):23703-23716.
[13] Wei, Q; Yuan, JC; Qin, PN; Yan, B; Ji, QZ; Yang, M; Wang, J; Cheng, Z; Huang, TY; Huang, P; Pan, JX; Wu, ZC; Shum, PP. Numerical investigation of efficient mid-infrared supercontinuum generation and cavity soliton generation based on flattened near-zero dispersion fiber [J]. LASER PHYSICS, 2020, 30(8):.
[14] Zhao, X; Huang, TY; Zeng, SW; Son, CL; Cheng, Z; Wu, X; Huang, P; Pan, JX; Wu, YH; Shum, PP. Highly Sensitive Polarimetric Sensor Based on Fano Resonance for DNA Hybridization Detection [J]. PLASMONICS, 2020, 15(3):769-781.
[15] Pan, JX; Chen, ZX; Huang, TY; Zeng, SW; Cheng, Z; Huang, P; Zhao, X; Shum, PP; Brambilla, G. Simultaneous Mid-Infrared Gas Sensing and Upconversion Based on Third Harmonic Generation in Cascaded Waveguides [J]. IEEE PHOTONICS JOURNAL, 2020, 12(2):.
[16] Xie, Y; Huang, TY; Ji, QZ; Yang, M; Wang, J; Tu, X; Cheng, Z; Xu, GZ; Wei, Q; Wu, YH; Shum, PP. Design of an arbitrary ratio optical power splitter based on a discrete differential multiobjective evolutionary algorithm [J]. APPLIED OPTICS, 2020, 59(6):1780-1785.
[17] Huang, TY; Zhang, DZ; Yoo, S; Wei, Q; Sidharthan, R; Wu, ZC; Yan, B; Song, CL; Cheng, Z. Reconfigurable multiwavelength fiber laser based on multimode interference in highly germanium-doped fiber [J]. APPLIED OPTICS, 2020, 59(4):1163-1168.
[18] Xie, Y; Chen, ZX; Yan, J; Wu, YH; Huang, TY; Cheng, Z. Combination of Surface Plasmon Polaritons and Subwavelength Grating for Polarization Beam Splitting [J]. PLASMONICS, 2020, 15(1):235-241.
[19] Xu, G, Yan, J, Yuan, J, Chen, ZX, Huang, TY, Cheng, Z, Shum, PP, Brambilla, G,. M. Design of germanium-silicon carbide hybrid waveguides for mid-infrared third-order parametric conversion [J]. OPTICS COMMUNICATIONS, 2020, 456:.
[20] Pan, JX; Cheng, Z; Huang, TY; Song, CL; Shum, PP; Brambilla, G. Fundamental and Third Harmonic Mode Coupling Induced Single Soliton Generation in Kerr Microresonators [J]. JOURNAL OF LIGHTWAVE TECHNOLOGY, 2019, 37(21):5531-5536.
[21] Xie, Y; Chen, ZX; Wu, YH; Zhao, YC; Huang, TY; Cheng, Z. Bloch supermode interaction for high-performance polarization beam splitting [J]. OPTICAL ENGINEERING, 2019, 58(9):.
[22] Huang, TY; Wei, Q; Wu, ZC; Wu, X; Huang, P; Cheng, Z; Shum, PP. Ultra-Flattened Normal Dispersion Fiber for Supercontinuum and Dissipative Soliton Resonance Generation at 2 mu m [J]. IEEE PHOTONICS JOURNAL, 2019, 11(3):.
[23] Huang, TY,Xie, Y, Wu, YH, Cheng, Z, Zeng, SW, Ping, PS. Compact polarization beam splitter assisted by subwavelength grating in triple-waveguide directional coupler[J]. Applied Opt., 2019, 58(9):2264-2268.
[24] Zou, WH, Huang, TY, Yuan, JC, Wang, DH, Li, X, Cheng, Z. Modified constellation reshaping method for PAPR reduction of PDM CO-OFDM based on a SLM algorithm[J]. Applied Opt., 2019, 58(7):1800-1807.
[25] Liu, MM; Zeng, XM; Tao, MY; Cheng, Z. A New Clustering Protocol for Vehicular Networks in ITS [C]. COMMUNICATIONS AND NETWORKING, CHINACOM 2018, 2019, 262:615-624.
[26] Chen, BW; Huang, TY; Cheng, Z; Ping, PS; Shao, XG; Wu, ZF; Wu, X; Ren, KX; Fu, SN. Investigation of Germanium-Loaded Slot Waveguides for Mid-Infrared Third Harmonic Generation [J]. PLASMONICS, 2018, 13(6):2197-2204.
[27] Huang, TY; Zeng, SW; Zhao, X; Cheng, Z; Shum, PP. Fano resonance enhanced surface plasmon resonance sensors operating in near-infrared[J], PLASMONICS, 2018, 5(3):.
[28] Li, L; Huang, TY; Zhao, X; Wu, X; Cheng, Z. Highly Sensitive SPR Sensor Based on Hybrid Coupling Between Plasmon and Photonic Mode [J]. IEEE PHOTONICS TECHNOLOGY LETTERS, 2018, 30(15):1364-1367.
[29] Zhao, X; Huang, TY; Ping, PS; Wu, X; Huang, P; Pan, JX; Wu, YH; Cheng, Z. Sensitivity Enhancement in Surface Plasmon Resonance Biochemical Sensor Based on Transition Metal Dichalcogenides/Graphene Heterostructure [J]. SENSORS, 2018, 18(7):.
[30] Ren, KX; Li, X; Huang, TY; Cheng, Z; Chen, BW; Wu, X; Fu, SN; Ping, PS. A time and frequency synchronization method for CO-OFDM based on CMA equalizers [J]. OPTICS COMMUNICATIONS, 2018, 416:166-171.
[31] Tianye Huang, Pan Huang, Zhuo Cheng*, Jianfei Liao, Xu Wu, Jianxing Pan. Design and analysis of a hexagonal tellurite photonic crystal fiber with broadband ultra-flattened dispersion in mid-IR [J], Optik;2018.4.5,DOI information: 10.1016/j.ijleo.2018.04.016..
[32] Tianye Huang, Yiheng Wu, Yuan Xie, Zhuo Cheng*. A slot-waveguide-based polarization beam splitter assisted by epsilon-near-zero material [J], Photonics and Nanostructures - Fundamentals and Applications; 2018.
[33] Zhuo Cheng,Tianye Huang. Tunable spectral splitting in nanoscale graphene waveguide with coupled resonators[J], Journal of Nanophotonics;2017.8.19,11(3),1-7.
[34] Zhuo Cheng, Shu Wang, Dianhong Wang, et al. A Frequency Set Adaptive Optimization Algorithm for Differential Frequency Hopping Network Based on Cognitive Radio and Latin Squares; Journal of Wuhan University (Natural Science Edition); 2014 (03), 249-254.
[35] Zhuo Cheng, Shu Wang, Dianhong Wang. A Frequency Set Adaptive Optimization Algorithm for Differential Frequency Hopping Network based on Cognitive Radio and Latin Squares[C], IEEE WICOM 2014. Beijing1-7.
[36] Zhuo Cheng, Shu Wang, Xiaoxu Qu, Shu Yan, Fuping Hu, An Li, CogDFH- A Cognitive-Based Differential Frequency Hopping Network[C], IEEE MILCOM 2009.
[37] Zhuo Cheng, Shu Wang, et al. Multiple access principle of cognitive DFH system based on IC coloring, Journal of Wuhan University (Natural Science Edition); 2010, (4): 478-482.
[38] Zhuo Cheng, Shu Wang, Xiaoxu Qu, Shu Yan, Fuping Hu, An Li, Cognitive Radio based Multiple Access Algorithm for Differential Frequency Hopping Network[C], IEEE WICOM 2009.
[39] Shu Wang, Zhuo Cheng*, Fuping Hu, An Li, A Novel Power Control Algorithm for Cognitive Radio in Environmental Monitoring[C], IEEE WICOM 2008.
[40] Shu Wang, Zhuo Cheng*. Scheme of file encryption and decryption system based on embedded USB host CH375, Application of Electronic Technique, 2007, (8):157-160.
Textbooks, monographs and teaching papers published in recent years:
[1] Quan Yuan, Xu Xie, Zhuo Cheng,WSN Distributed Communication Technology,Jilin University Press, 260,000 words, 2016.11.
[2] Zhuo Cheng, Quan Yuan, Weiming Yin, Jie Luo, Weimin Zhang, Tianye Huang*, Construction and Practice of Modular Electromechanical Comprehensive Innovation Platform for Tri-networks Convergence, Education Modernization, 2018, (11): 35-38.
Scientific research programs in recent years:
[1] National defense program, 202407102103, “Research on XX Processing and Transmission Technology”, 2024-2025, 530,000Yuan, under study, PI
[2] National defense program, 202407102104, “XX monitor screen development”, 2024-2025, 1,450,000Yuan, under study, PI
[3] Enterprise sponsored program, 20240760736, “Development of software and logic for the main control platform of the tester”, 2024-2025, 120,000Yuan, under study, PI
[4] Enterprise sponsored program, 20240760009 , “Research on Intelligent Service Robot Technology for 20 Direct Operated Stores”, 2024-2024, 340,590Yuan, under study, PI
[5] Enterprise sponsored program, 20240760008, “Development of Four legged Inspection Robot Technology for Zhaoqing Tobacco Logistics”, 2024-2024, 344,000Yuan, concluded, PI
[6] National defense program, 202407102107, “XX receiving simulation equipment”, 2024-2024, 198,000Yuan, concluded, PI
[7] Key R&D Program of Hubei Province, 20230750281, “Development and Application Services of Water and Soil Resources and Digital Twin System in Jianghan Rice Production Area”, 2023-2024, 2,250,000Yuan, concluded, main investigator
[8] Key R&D Program of Hubei Province, 2023BAB069, “Research on key technologies of high dimensional intelligent communication for 6G new scenarios”, 2023-2025, 1,000,000Yuan, under study, main investigator
[9] Enterprise sponsored program, “AI intelligent monitoring system for personnel and vehicles based on Zhiling Smart Park (Phase I)”, 2023-2024, 400,000Yuan, concluded, the second
[10] Enterprise sponsored program, 20230760518, “Software and hardware development of ultra-low power embedded module for electronic atomizer”, 2023-2023, 550,000 Yuan, under study, PI
[11] Enterprise sponsored program, 20230760488, “Embedded hardware and software development”, 2023-2023, 153,500 Yuan, under study, PI
[12] Enterprise sponsored program, 2022076915, “Technological development of sensing and control device for intelligent unmanned system”, 2022-2023, 0.4 million Yuan, under study, PI
[13] Enterprise sponsored program, 2022076093, “Software Development of Intelligent Patrol Inspection System for SAN-VISION Workshop”, 2022-2022, 288,500Yuan, under study, PI
[14] National defense program, 20210710223, “Communication DataXXXX”,2021-2022, 450,000Yuan, concluded, PI
[15] Enterprise sponsored program, 2021076720, “Intrusion sensing wireless signal analysis and the trial production contract of feature extraction equipment”,2021-2022, 140,000Yuan, under study, PI
[16] Enterprise sponsored program, 2021076213, “Technology research and development services for positioning and lifesaving communication devices”, 2021-2022, 235,000 Yuan, concluded, PI
[17] Government sponsored program of Guangdong Province, 2021075020, “Research on the technology and industrialization of industrial camera module based on depth vision”, 2020-2021, 50,000 Yuan, under study, PI
[18] Enterprise sponsored program, 2021076033, “Intelligent Geological Equipment Development Project”, 2021-2022, 219,000Yuan, under study, main investigator
[19] Enterprise sponsored program, 2020076769, “Development of Intelligent Site Inspection Robot System (Phase I)”, 2020-2022, 450,000 Yuan, concluded, main investigator
[20] Scientific research program of Wuhan City, 2020315076, “Research and development of on-site rapid detection technology for heavy metals by pulsed discharge micro plasma source”, 2020-2022, 500,000Yuan, concluded, main investigator
[21] Enterprise sponsored program, 2020076349, “Smart site project phase I: cloud platform for smart site security management”, 2020-2021, 130,000Yuan, concluded, main investigator
[22] Enterprise sponsored program, 2020076053, “Technology development contract of intelligent terminal equipment box based on Internet of things”, 2020-2021, 68,700Yuan, concluded, main investigator
[23] National Natural Science Foundation of China, 2020073184, “Research on visual analysis and collaborative monitoring technology of water pollution based on sensor network”, 2020-2023, 580,000Yuan, under study, main investigator
[24] Enterprise sponsored program, 2019076764, “Development of 3D digital teaching resources”, 2019-2020,190,000Yuan, concluded, PI.
[25] Enterprise sponsored program, 2019076102, “Development of wireless locating node for staff location sensing on passenger liner”, 2019-2020, 80,000Yuan, concluded, PI.
[26] Enterprise sponsored program, 2019076444, “Development of path finding and identification instrument”, 2019-2021, 600,000Yuan, concluded, PI.
[27] Scientific research program of Wuhan City, 2018075055, “Research on new technology of on-chip gas sensor based on parametric effect”, 2018-2020, 500,000Yuan, concluded, PI
[28] Enterprise sponsored program, 2018076484, “Passenger liner staff location sensing node and network performance test and data analysis and processing”, 2018-2019, 130,000Yuan, concluded, PI.
[29] Enterprise sponsored program, 2018076106, “Analysis of user communication behavior based on big data”, 2018-2018, 60,000Yuan, concluded, PI.
[30] Military and Civilian Integration Foundation for Central Universities, CUG2018JM16, “Research on the key technologies for low frequency covert communication based on signal characteristics”, 2018-2019, 50,000Yuan, concluded, PI.
[31] Enterprise sponsored program, 2018076008, “Development of PYTHON500 high-speed image acquisition system”, 2017-2018, 200,000 Yuan, concluded, PI.
[32] Navy’s Communication Engineering Program in 2016, 20160710214, DB rotation XXXXX, 2016-2017, 780,000Yuan, concluded, PI.
[33] Program supported by Major Science and Technology Innovation Plan of Hubei Province, “Research on the key technology for integration of X-ray diffraction fluorescence spectrometer”, 2014-2017, 2,000,000Yuan, concluded, main investigator
[34] Youth Program of National Natural Science Foundation of China, 61401409, “Research on the high-quality digital transmission system based on multi-dimensional signal constellation”, 2015-2017, 240,000Yuan, concluded, main investigator
[35] Program supported by Hubei Natural Science Foundation, 2012FFB6402, “IC-ITMA based research on multiple access technology for cognitive DFH network”, 2013-2014, 30,000Yuan, concluded, PI
[36] Enterprise sponsored program, 2013066356, “Online detection system of hexahedral top hammer 2013”, 2013-2014, 620,000Yuan, concluded, the second.
[37] Program supported by the Foundation for Excellent Young Teachers in Central Universities, 2012079327, “Research on multiple access technology for cognitive DFH network based on IC coloring and interference temperature”, 2013-2014, 40,000Yuan, concluded, PI
[38] Enterprise sponsored program, 2012076431, “Online detection system of hexahedral top hammer”, 2012-2013, 430,000Yuan, concluded, main investigator.
Teaching research programs in recent years:
[1] 2020 Provincial Teaching Research Projects in Higher Education, 2020208, Construction of interdisciplinary comprehensive innovation practice platform, 2020-2021, concluded, the second
[2] 2019 university-industry cooperative education program of the Ministry of Education, 201901026011, Teachers training for ROS development course, 2019-2020, under study, PI
[3] The practical education program of undergraduate teaching project supported by the Education Reform Foundation for Central Universities: ZL201927, Construction of interdisciplinary comprehensive innovation practice platform, 2020-2021, concluded, the second
[4] Comprehensive reform and innovation program of undergraduate teaching project supported by the Education Reform Foundation for Central Universities: Integrated practice and training by linking up the fundamental courses of electronic information, 2019-2020, concluded, the second
[5] 2018 university-industry cooperative education program of the Ministry of Education, 201802336022, Sensor technology and the maker space construction of Internet of things, 2019-2020, under study, the second
[6] 2018 university-industry cooperative education program of the Ministry of Education, 201801342009, The content and course system reform of the principle and application of wireless sensor network, 2018-2019, under study, PI
[7] 2018 experimental technology research program, SJ-201816, Modular experimental system of reconfigurable Aerial Robot, 2018-2019, concluded (excellent), PI
[8] Practice base construction program of class B for postgraduates: YJD2018702, Postgraduates joint education demonstration base of Guangdong Shunde Innovative Design Institute, 2018-2019, concluded, the second
[9] Comprehensive reform and innovation program of undergraduate teaching project supported by the Education Reform Foundation for Central Universities: Modular comprehensive electromechanical innovation platform, 2017-2018, concluded, the second
[10] Teaching research program of China University of Geosciences (Wuhan): Development of real-time acoustic emission monitoring device for the cubic press block rupture of 1000T press, 2013, concluded, the second
Invention patents granted in recent years:
[1] Zhuo Cheng, Dianhong Wang, Xiangli Zhang, Linbo Luo, Zhenxing Chen. A DFH communication method and system based on cognitive radio, ZL201410458259.0, granted on May 25, 2016
[2] Zhuo Cheng, Huai Zhang, Jinglong Liu, Mingming Li. An interactive intelligent lighting control system, ZL201310308998.7, granted on July 22, 2015
[3] Zhuo Cheng, Huai Zhang, Jinglong Liu, Mingming Li. A moving object detection device based on microwave and ultrasonic sensors, ZL201310309000.5, granted on Sept. 16, 2015
[4] Zhuo Cheng, Quan Yuan, Zhuowei Lu, Linfan Li, Wan Qiang. An intelligent cleaning robot system based on indoor localization, ZL201810878612.9.5, granted on Aug. 4, 2023
[5] Zhuo Cheng, Quan Yuan, Zuran Qin, Chuan Gao, Xiangxiang Li, A smart trash can based on NB-IoT, ZL201811459426.8, granted on May 1, 2024
[6] Cong Liu, Zhuo Cheng, Quan Yuan, Tianye Huang, A TOF and RFID based IoT smart lock and its usage method, ZL202110351832.8, grangted on Apr. 28, 2024
[7] Zuran Qin, Zhuo Cheng, Quan Yuan, Tianye Huang, Xiangxiang Li, Chuan Gao, An indoor intelligent flowerpot based on microcontroller, ZL201811270355.7, granted on Dec. 1, 2023
[8] Mengqin Li, Quan Yuan, Zhuo Cheng, Rongrong Lei, Peng Guo, A smart corrective seat for teenagers based on NB-IoT, ZL201910906633.1, granted on May 7, 2024
[9] Kun Du, Lin Lv, Zhuo Cheng. A light cube control system and method based on pulse sensor, ZL201510036206.4, granted on Jan. 11, 2017
[10] Mengyue Tang, Zhuo Cheng. An intelligent electric kettle and its control system and method, ZL201610102445.X, granted on Dec. 1, 2017
[11] Zhenxing Chen, Yurong Zhang, Huijie Zhang, Weiming Yin, Zhuo Cheng. OFDM implementation method and system based on two-stage indexed modulation, ZL201910613750.9, granted on Oct. 31, 2020
[12] Linbo Luo, Quan Xu, Jun Chen, Wenping Gong, Zhuo Cheng, Dapeng Luo.A robust automatic panoramic UAV image stitching method and device, ZL201910289082.9, granted on Oct. 30, 2020
[13] Yong Wang, Xufan Zhang, Dianhong Wang, Zhuo Cheng, Zhenxing Chen, Yang Zhang.A detection method of water surface saliency area for water environment monitoring, ZL201711186183.0, granted on July 7, 2020
[14] Zhenxing Chen, Wei Xue, Zhuo Cheng, Linbo luo, Xiangli Zhang. A digital communication system based on hexadecimal 3D lattice constellation map mapping, ZL201710194502.6, granted on Oct. 18, 2019
[15] Guocheng Hao, Zhongchang Chen, Weimin Zhang, Zhuo Cheng. Normalized analysis method for detecting the acoustic emission signal from metal fracture, ZL201510260144.5, granted on June 9, 2017
[16] Weimin Zhang, Kai An, Jianhua Rao, Zhuo Cheng, Xiangnan Li, Jiali Zheng, Bo Dong. An automatic feeding device of cubic press, ZL201410219815.9, granted on Jan. 6, 2016
[17] Weimin Zhang, Bo Dong, Jianhua Rao, Xiangnan Li, Zhuo Cheng, Jiali Zheng, Kai An. An automatic heating, insulation and feeding device for cubic press, ZL201410235769.1, granted on Oct. 28, 2015
[18] Weimin Zhang, Jiali Zheng, Jianhua Rao, Zhuo Cheng, Bo Dong, Kai An. Automatic feeding manipulator for cubic diamond press, ZL201410217812.1, granted on Oct. 14, 2015
[19] Weimin Zhang, Bo Dong, Jianhua Rao, Zhuo Cheng, Xiangnan Li, Jiali Zheng, Kai An. An automatic discharging system for cubic press, ZL201410245683.7, granted on Jan. 20, 2016
[20] Weimin Zhang, Bo Dong, Jianhua Rao, Xiangnan Li, Zhuo Cheng, Jiali Zheng, Kai An. An automatic heating, insulation and feeding device for cubic press, ZL201410235769.1, granted on Oct. 28, 2015
64 utility model patents granted in recent years:
Honors in recent years:
[1] The most popular teacher at CUG, 2024
[2] Excellent head teacher of the University, 2024
[3] Outstanding Judge of the National Finals of the 6th Global Campus Artificial Intelligence Algorithm Elite Competition, 2024
[4] National First Prize of the Award for Scientific and Technological Progress in Satellite Navigation and Positioning, Key technologies and applications of Beidou early warning and twin emergency response for rainstorm and flood in high mountains and canyons (2023-01-01-12), 2023
[5] Excellent head teacher of the University, 2023
[6] Outstanding instructor for summer internship of CUG, 2023
[7] University exemplary individual for student employment in 2022, 2023
[8] Intelligent site inspection robot, Excellent Products of the 24th China Hi-Tech Fair, 2022
[9] Excellent head teacher of the University, 2022
[10] The second prize of 2021 Hubei Science and Technology Progress Award, Research and application of key technologies for high performance IOT and intelligent operation and maintenance with video sensing incentive (2021J-190-2-075-040-R03), 2022
[11] Excellent head teacher of the University, 2020
[12] Excellent instructor of the Second National Sports Industry Innovation and Entrepreneurship Competition for College Students, 2019
[13] Excellent guide teacher in 2019 RoboWork, 2019
[14] Excellent guide teacher of the 29th Science and Technology Paper Conference of the University, 2019
[15] Outstanding undergraduate thesis guide teacher of the University, 2019
[16] The second prize of 2018 Hubei Science and Technology Progress Award, Key technologies and applications of multi-dimensional dynamic information fusion and collaborative interaction in engineering construction (2018J-214-2-086-038), 2018
[17] The 11th batch of “3551 Optical Valley Talent Program”, entrepreneurial talent, 2018
[18] 2017 Excellent guide teacher in 2017 RoboWork, 2017
[19] Annual advanced intellectual property individual of the University, 2017
[20] Excellent head teacher of the University, 2014
Students’ awards:
[1] National Silver Award in “Internet+” Innovation and Entrepreneurship Contest for College Students, 2024
[2] First prize, second prize and third prize of 2024 China Robot Competition & RoboCup China Open, 2024
[3] The first prize and second prize in 2024 The 7th National University Contest on Intelligent Robotic Innovations, 2024
[4] Second prize and third prize in the National Finals of Chip Application Competition of the Seventh (2024) National Embedded Chip and System Design Contest for College Students, 2024
[5] The second prize and third prize in 2024 Robocom, 2024
[6] Second prize in the finals of Analog Electronic System Design Competition of 2024 National Undergraduate Electronics Design Contest (TI Cup), 2024
[7] Third prize of The 21st National Undergraduate Information Security and Countermeasures Contest, 2024
[8] First prize, second prize and third prize of Hubei Province in the Trials of 2024 National Undergraduate Electronics Design Contest (TI Cup in Hubei Province) & Analog Electronic System Design Competition, 2024
[9] Silver award in “Internet+” Innovation and Entrepreneurship Contest for College Students, Hubei Provincial Competition, 2024
[10] Gold award and silver award in Hubei Provincial Competition of China International College Students’ Innovation Competition (2024), 2024
[11] National Silver Award in China International College Students’ Innovation Competition (2023), 2023
[12] Gold award in “Internet+” Innovation and Entrepreneurship Contest for College Students, Hubei Provincial Competition, 2023
[13] Silver award in the Tenth China Youth Innovation and Entrepreneurship Competition (Special for Science and Technology Innovation), 2023
[14] First prize, second prize and third prize of Hubei Province in 2023 National Undergraduate Electronics Design Contest, 2023
[15] The first prize and second prize in 2023 National University Contest on Intelligent Robotic Innovations, and the first prize and third prize of Hubei Province, 2023
[16] The first prize and second prize in 2023 Chinese Collegiate Computing Competition, 2023
[17] First prize of 2023 China Robot Competition & RoboCup China Open, 2023
[18] The second prize in 2023 Robocom, 2023
[19] The first prize, second prize and third prize in 2023 RoboWork, 2023
[20] Bronze award in “Internet+” Innovation and Entrepreneurship Contest for College Students, 2022
[21] Gold award in “Internet+” Innovation and Entrepreneurship Contest for College Students, Hubei Provincial Competition, 2022
[22] Gold award and silver award in the provincial competition of “Challenge Cup” College Student Business Plan Competition, 2022
[23] Gold award in the Fifth Hubei Provincial “I Dream - Chutian Creator” Competition, 2022
[24] TI Cup (Grand Prize), the first prize, the second prize and the third prize in Hubei Undergraduate Electronics Design Contest, 2022
[25] The first prize, second prize and third prize in 2022 RoboWork, 2022
[26] The third prize in 2022 (the 15th) Chinese Collegiate Computing Competition, 2022
[27] The first prize in The 7th National Undergraduate Engineering Training Integration Ability Competition, Hubei Provincial Competition, 2021
[28] The first prize, second prize and third prize in 2021 RoboWork, 2021
[29] The first prize, second prize and third prize in 2020 RoboWork, 2020
[30] Bronze award in “Internet+” Innovation and Entrepreneurship Contest for College Students, Hubei Provincial Competition, 2020
[31] “Geology +” National Innovation and Entrepreneurship Competition for University Students, Silver Award, 2019
[32] Bronze award in “Internet+” Innovation and Entrepreneurship Contest for College Students, Hubei Provincial Competition, 2019
[33] The first prize, the second prize and the third prize in 2019 RoboWork, 2019
[34] The first prize (champion), the second prize and the third prize in 2018 RoboWork, 2018
[35] The second prize and the third prize in 2017 RoboWork, 2017
[36] The first prize in National Undergraduate Electronics Design Contest, 2017
Independently supervised postgraduates:
[1] Mengyue TANG, 2015-2017, serving at RAISECOM Technology Development Co., Ltd
[2] Kai CHEN, 2016-2018, serving at FiberHome Telecommunication Technologies Co., Ltd
[3] Junmin ZHANG, 2016-2018, serving at BOE Technology Group Co., Ltd.
[4] Mengmeng LIU, 2016-2019, serving at China Telecom Co., Ltd.
[5] Di YANG, 2017-2020, serving at CSIC (WUHAN) Lincom Electronics Company Limited
[6] Zhuohui LU, 2017-2020, serving at ZTE Wuhan Research Institute
[7] Hao WANG, 2017-2020, serving at FiberHome Telecommunication Technologies Co., Ltd.
[8] Peiyan DENG, 2018-2021, serving at Wisdom Division of China Construction Third Engineering Bureau Installation Engineering Co., Ltd
[9] Yanlan JIANG, 2018-2021, serving at China United Network Communications Limited Hubei Branch
[10] Peng GUO, 2019-2022, serving at Huawei Technologies Co., Ltd
[11] Rongrong LEI, 2019-2022, serving at Wuhan China Star Optoelectronics Technology Co., Ltd.
[12] Cong LIU, 2020-2023, serving at Expace Technology Co., Ltd.
[13] Fuqiang SUN, 2020-2023, serving at Wuhan Mindray Medical Technology Research Institute Co., Ltd.
[14] Mengjia WANG, 2020-2023, serving at the 36th Research Institute of China Electronics Technology Group Corporation
[15] Zhengwei HU, 2021-2024, serving at China State Shipping Corporation Limited No. 710 Institute
[16] Jing HUANG, 2021-2024, serving at Wuhan NIO Energy Co., Ltd
[17] Yu’ang JIN, 2021-2024, serving at Wuhan Mindray Medical Technology Research Institute Co., Ltd.
[18] Jing LIU, 2021-2024, serving at Hubei Sanjiang Aerospace Honglin Exploration and Control Co., Ltd
[19] Jiaxin XU, 2021-2024, serving at Wuhan Guide Infrared Co., Ltd
[20] Jingfan, LUO, 2022-, at school
[21] Xinglong, PENG, 2022-, at school
[22] Junzhou, QIAN, 2022-, at school
[23] Xue REN, 2022-, at school
[24] Bin YE, 2022-, at school
[25] Jundan CAI, 2023-, at school
[26] Yan CHENG, 2023-, at school
[27] Xingyu HE, 2023-, at school
[28] Wenyu SUN, 2023-, at school
[29] Bao ZHOU, 2023-, at school
[30] Zhenghua CHAI, 2024-, at school
[31] Haoyu FENG, 2024-, at school
[32] Yanqi PENG, 2024-, at school
[33] Haiyang LIU, 2024-, at school
[34] Junwu TIAN, 2024-, at school
Co-supervised postgraduates:
[1] Yi WU, 2014-2016, serving at Patent Examination Cooperation Hubei Center of the Patent Office, CNIPA
[2] Jiaxing HUANG, 2016-2018, serving at Gree Electric Appliances, Inc. of Zhuhai
[3] Ruolin LI, 2016-2018, serving at Shenzhen BYD Company Limited
[4] Tong LING, 2016-2018, serving at FiberHome Telecommunication Technologies Co., Ltd
[5] Wuhua ZOU, 2016-2019, serving at Streamax Technology Co., Ltd.
[6] Qiang CHEN, 2017-2020, serving at Wuhan Guide Infrared Co., Ltd
[7] Shize CHENG, 2017-2020, serving at Hangzhou HIKVISION Digital Technology Co., Ltd
[8] Linfan LI, 2017-2020, serving at China Mobile Hubei Co., Ltd
[9] Mengyao TAO, 2017-2020, serving at China Mobile Hubei Co., Ltd
[10] Zhuang ZHOU, 2017-2020, serving at Hangzhou HIKVISION Digital Technology Co., Ltd
[11] Chuan GAO, 2018-2021, serving at MediaTek Software (Wuhan) Co. Ltd
[12] Bei LIU, 2018-2021, serving at Hankou Bank Co., Ltd.
[13] Xiangxiang LI, 2018-2021, serving at ZTE Wuhan R&D Center
[14] Zuran QIN, 2018-, 2018-2021, serving at Wuhan China Star Optoelectronics Technology Co., Ltd
[15] Peng ZHANG, 2018-2021, serving at ZTE Wuhan R&D Center
[16] Zhen ZHANG, 2018-2022, serving at Postal Savings Bank of China Hubei Branch
[17] Fan XIAO, 2019-2022, serving at Corporate Financing Service Center of Nanchang High-tech Industrial Development Zone
[18] Wenfeng LI, 2019-2022, serving at Netease (Hangzhou) Network Co., Ltd
[19] Guojing XIONG, 2019-2022, serving atWuhan Zhongyuan Electronics Group Co., Ltd
[20] Jinchi LV, 2019-2022, serving at Shenzhen Dajiang Innovation Technology Co., Ltd
[21] Mengqin LI, 2019-2022,serving at Huawei Technologies Co., Ltd
[22] Dan LI, 2020-2023, Xiaogan Power Supply Bureau of State Grid Hubei Electric Power Co., Ltd.
[23] Huaiying LU, 2020-2023, serving at the 34th Research Institute of China Electronics Technology Group Corporation
[24] Duanteng YAN, 2020-2023, serving at Wuhan Kingsoft Office Software Co., Ltd.
[25] Shaojie ZHANG, 2020-2023, serving at Wuhan Haiwang TECHNOLOGIES Co., Ltd.
[26] Yixuan LI, 2021-2024, serving at China Mobile Hubei Co., Ltd
[27] Hao SUN, 2021-2024, serving at Hisense Group Limited
[28] Junlin YIN, 2021-2024, serving at Xiaomi Corporation (Wuhan) Limited
[29] Chi ZHAO, 2021-2024, serving at China Unicom VSENS Co., Ltd
[30] Zhengyu ZHU, 2021-2024, serving at China State Shipping Corporation Limited No. 712 Institute
[31] Tianyi HU, 2022-, at school
[32] Yan LUO, 2022-, at school
[33] Wangning QIAN, 2022-, at school
[34] Xiaokang YUAN, 2022-, at school
[35] Liang GUO, 2023-, at school
[36] Zhixu LIU, 2023-, at school
[37] Junbao XU, 2023-, at school
[38] Yuyang ZHANG, 2023-, at school
[39] Fangran ZHAO, 2023-, at school
[40] Aoyu JIANG, 2024-, at school
[41] Yang LIU, 2024-, at school
[42] Yiming, WANG, 2024-, at school
[43] Xiangwen ZHANG, 2024-, at school
[44] Zhongzhui ZHU, 2024-, at school
Courses offered in recent years:
Autumn semester in 2024:
Fundamentals of SCM and Intelligent Hardware Design, 074211-2, principal lecturer
Aerial Robotics Design and Practice,071211-5, principal lecturer
Engineering Awareness and Management, 071211-5, principal lecturer
Internet of Things and Intelligent Network Communication, 24S, co-teach
Lectures on the Frontiers of Industry Development, 24S, co-teach
Professional Comprehensive Course Design I,071221-5, co-teach
Intelligent Device Design Practice, 074211-2, co-teach
Spring semester in 2024:
SCM and Application of Embedded System,071221-5, co-teach
Teaching Practice of Electronic System Production and its Process,07D231-8, principal lecturer
Production Practice,071211-5, co-teach
Professional Comprehensive Course Design II,071211-5, co-teach
Autumn semester in 2023:
Teaching Practice of Electronic System Production and its Process, 07D211-8, principal lecturer
Fundamentals of SCM and Intelligent Hardware Design, 074211-2, principal lecturer
Aerial Robotics Design and Practice, 071201-5, principal lecturer
Engineering Awareness and Management, 071211-5, principal lecturer
Internet of Things and Intelligent Network Communication, 23S, co-teach
Lectures on the Frontiers of Industry Development, 23S, co-teach
Professional Comprehensive Course Design I, 071211-5, co-teach
Intelligent Device Design Practice, 074201-2, co-teach
Spring semester in 2023:
SCM and Application of Embedded System, 071211-5, co-teach
Production Practice, 071201-5, co-teach
Professional Comprehensive Course Design II, 071201-5, co-teach
Autumn semester in 2022:
Fundamentals of SCM and Intelligent Hardware Design, 074201-2, principal lecturer
Aerial Robotics Design and Practice, 071191-5, principal lecturer
Advanced Sensing Technology and the Internet of Things, 071201-5, 074201-2, co-teach
Internet of Things and Intelligent Network Communication, S22, co-teach
Professional Comprehensive Course Design I, 071201-5, co-teach
Intelligent Device Design Practice, 074191-2, co-teach
Spring semester in 2022:
Application of SCM and Embedded System, 071201-5, co-teach
Production Practice, 071191-5, co-teach
Teaching Practice of Electronic System Production and its Process, 07D211-8, principal lecturer
Professional Comprehensive Course Design II, 071191-5, co-teach
Autumn semester in 2021:
Fundamentals of SCM and Intelligent Hardware Design, 074191-3, principal lecturer
Advanced Sensing Technology and the Internet of Things, 071191-5, 074191-3, co-teach
Internet of Things and Intelligent Network Communication, 21S, co-teach
Application System Practice, 071181-5, co-teach
Spring semester in 2021:
SCM and Application of Embedded System, 071191-5, co-teach
Principle and Application of Wireless Sensor Network, 071181-3, principal lecturer
Production Practice, 071161-5, co-teach
Teaching Practice of Electronic System Production and Its Technology, 07D201-8, co-teach
Autumn semester in 2020:
Foundation and Application of Microcontroller A, 074181-2, principal lecturer
SCM and Application of Embedded System, 2020 minor class of electronic information engineering, co-teach
Internet of Things and Intelligent Network Communication, S2019, co-teach
Application System Practice, 071171-5, co-teach
Teaching practice of electronic and communication signal processing, 07D191-8, co-teach
Spring semester in 2020:
Foundation and Application of Microcontroller A, 71184-5, principal lecturer
Principle and Application of Wireless Sensor Network, 71171-5, principal lecturer
Production Practice, 71161-5, co-teach
Teaching Practice of Electronic System Production and Its Technology, 07D191-8, co-teach
Autumn semester in 2019:
Foundation and Application of Microcontroller A, 74171-2, principal lecturer
Practice Teaching of Electronic Circuit, 71181-5, co-teach
Internet of Things and Intelligent Network Communication, S2019, co-teach
Application System Practice, 71161-5, co-teach
