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  • 具体研究方向分为智能反射表面、大规模MIMO、NOMA等技术,近五年主要研究成果有:

    1. 英文A级,Q2区,第一署名单位:中南大学. Yinhao Zhang, Honggui Deng *, Jun He.  Spectral Efficiency Optimization of Uplink Millimeter Wave MIMO-NOMA Systems[J]. Sensors, 2022, 22, 6466. https://doi.org/10.3390/s22176466

    2. 英文A级,Q2区,第一署名单位:中南大学. Jie Zhang , Honggui Deng1,*, Youzhen Li. Energy Efficiency Optimization of Massive MIMO System with Uplink Multi-Cell Based on Imperfect CSI with Power Control[J]. Symmetry, 2022, 14, 780. https://doi.org/10.3390/sym14040780

    3. 英文A级,Q2区,第一署名单位:中南大学. Yuyan Qian, Honggui Deng *, Aimin Guo.  Beamforming Design for Cooperative Intelligent Reflecting Surface-Assisted mmWave Communication [J]. Sensors, 2022, 22, 6214. https://doi.org/10.3390/ s22166214

    4. 英文A级,Q2区,第一署名单位:中南大学. Wenjuan Zhang, Honggui Deng*, Youzhen Li.  Beamforming Optimization for Intelligent Reflecting Surface-Assisted MIMO Systems [J]. Symmetry 2022, 14, 1510. https:// doi.org/10.3390/sym14081510

    5. 英文A级,Q2区,第一署名单位:中南大学. Chengzuo Peng, Honggui Deng *, Haoqi Xiao.  Two-Stage Channel Estimation for Semi-Passive RIS-Assisted Millimeter Wave Systems [J]. Sensors 2022, 22, 5908. https://doi.org/10.3390/s22155908 

    6. 英文A级,Q2区,第一署名单位:中南大学. Zaoxing Zhu, Honggui Deng*, Fuxin Xu. Hybrid Precoding-Based Millimeter Wave Massive MIMO-NOMA Systems[J]. Symmetry 2022, 14, 412. https:// doi.org/10.3390/sym14020412

    7. 英文A级,Q4区,第一署名单位:中南大学。Xiao, W. #, Deng, H.*, Li, Y.  PAPR Reduction in VLC-OFDM System Using a Combination of Shuffled Frog Leaping Algorithm and Hill-Climbing Algorithm[J]. Wireless Pers Commun 2017,97:3757-3771.

    8. 英文A级,Q3区,第一署名单位:中南大学。Qian, X.#, Deng, Y.*, Deng, H.*, Zhang, C. and D-u, J. Synchronisation algorithm for OFDM/OQAM systems based on zero autocorrelation code[J]. IET Communications,2018,2: 283-289.

    9. 英文A级,Q3区,第一署名单位:中南大学。Xuewen Qian#, Honggui Deng*, Hailang He.Pilot-based parametric channel estimation algorithm for DCO-OFDM-based visual light communications[J]. Opt. Commun,2017,400:150–155.

    10. 英文A级,Q3区,第一署名单位:中南大学。Ren, S. #, Deng, H.*, Qian, X. and Liu, Y. Sparse PTS scheme based on TR schemes for PAPR reduction in FBMC-OQAM systems[J]. IET Commun-ications,2018,12:1722-1727.

    11. 英文A级,Q4区,第一署名单位:中南大学。Jie Du#, Honggui Deng*, Xuewen Qian, Chaoyang Zhang.Channel estimation scheme based on compressed sensing and parameter estimation for an orthogonal frequency division multiplexing visible light communications system [J].Opt.Eng,2016,55:116109. 

    12. 英文A级,Q4区,第一署名单位:中南大学。Yan Liu#, Honggui Deng*, Shuang Ren, ChengyingTang, Xuewen Qian.Peak-to-average power ratio reduction in orthogonal frequency division multiple-xing-based visible light communication systems using a modified partial transmit sequence technique[J]. Opt.Eng,2018,57:01610. 

    13. 英文A级,Q3区,第一署名单位:中南大学。Qian, X. #, Deng, Y.*, Deng, H., Hu, Y. Zhang, C.and Du, J.Synchronisation algorithm based on zero correlation code pair for OFDM-based VLC sy-stems[J]. IET Commun,2017,11: 205-210. 

    14. 英文A级,Q3区,第一署名单位:中南大学。X. Qian#, H. Deng and H. He.Joint Synchronizatio-n and Channel Estimation of ACO-OFDM Systems With Simplified Transceiver[J].IEEE Photonics Technology Letters,2018,vol.30:383-386.

    15. 英文A级,Q2区,第一署名单位:中南大学。Liu, J. #; Wang, S.*; Liu, G.; Yang, K.; Zhu, Z. Initial Value Acceleration-Based Alternating Minimization Algorithm for Dynamic Sub-Connected Hybrid Precoding in Millimeter Wave MIMO Systems[J]. Symmetry,2021,13:248-262. 

    16. 英文A级,Q3区,第一署名单位:中南大学。Wang, S. #, Deng, H.*, Xiong, R.A multi-objectivemodel-based vertical handoff algorithm for heterogeneous wireless networks[J].Wireless Com Network, 2021, 75:1-18. 

    17. 英文A级,Q2区,第一署名单位:中南大学。G. Liu#, H. Deng*, X. Qian, W. Wang and G. Pe-ng.Joint Pilot Allocation and Power Control to Enhance Max-Min Spectral Efficiency in TDD Massive MIMO Systems [J].IEEE Access,2019,vol.7:149191-149201.

    18. 英文A级,Q2区,第一署名单位:中南大学。Hongmei Liu , Honggui Deng *, Yougen Yi , Zaoxing Zhu , Gang Liu and Jie Zhang.Energy Efficiency Optimization Based on Power Allocation in Massive MIMO Downlink Systems[J]. Symmetry, 2022, 14(6): 1145.


    专利:

    1. 一种凿孔Polar码的码字构造方法, 邓宏贵,熊儒菁,封雨鑫,2022.7.19,ZL 201910584639.1

    2. 基于大规模MIMO-NOMA系统的用户分簇方法、系统及介质,邓宏贵,朱早星,刘吉泰,张文涓,2022.4.5, ZL 202110430170.3 

    3. 基于载波分配与ICA算法的MIMO可见光通信方法,邓宏贵,蒋芳清,胡浩,蒋宇,雷彬,杨芳,2018-06-12,ZL201310522417.X

    4. 一种基于压缩感知技术的OFDM系统参数化信道估计及均衡方法,邓宏贵;杜捷,2019-07-12,ZL201610357016.7

    5. 基于峰值反馈与遗传算法结合的PTS技术降低VLC-OFDM系统峰均功率比的方法 ,邓宏贵;刘岩;肖威;李永陆,2019-01-04,ZL201610352313.2

    6. 一种基于零自相关码的FBMC系统的同步方法 ,邓宏贵,钱学文,杜捷,张朝阳,2019-05-14,ZL201610587706.1

    7. 一种在大规模MIMO系统中基于天线选择提高通信能效的方法,邓宏贵,张朝阳,杜捷,钱学文,2019-10-08,ZL201610587706.1

    8. 一种基于峰值跟踪反馈降低FBMC-OQAM系统峰均功率比的方法,邓宏贵,任霜,刘岩,钱学文,2019-10-08,ZL201611219471.7

    9. 一种基于差分度量低复杂度QAM-MIMO检测方法,邓宏贵,刘小雄,2020-05-19,ZL201810207657.3

    10. 一种大规模MIMO系统导频污染的抑制方法、系统,邓宏贵,王文慧,赵晨,熊儒菁,2020-08-25,ZL201910252185.8

    11. 一种大规模MIMO系统中注水功率分配改进方法及系统,邓宏贵,杨锦丽,2020-05-19,ZL201710957292.1

    12. 一种基于导频分配和功率控制联合优化的导频污染抑制方法,邓宏贵,刘刚,熊儒菁,王文慧,田丽丽;杨凯,2020-11-13,ZL201911221207.0

    13. 一种毫米波大规模MIMO系统的混合预编码码本联合设计方法,邓宏贵,杨凯,封雨鑫,马松山,2021-09-28,ZL201911248821.6

    14. 一种基于多目标优化模型的异构网络垂直切换算法及系统,邓宏贵,王书敏,李幼真,封雨鑫,2021-05-11,ZL201911222416.7

    15. 基于初值优化的混合预编码设计方法、装置、介质及设备,邓宏贵,刘吉泰,杨凯,朱早星,2021-04-16,ZL202010591584.X

    16. 任意码长的Polar码编码方法,:邓宏贵,熊儒菁,王文慧,杨凯,2021-05-25,ZL201910313439.2

    17. 一种大规模MIMO的天线选择方法,邓宏贵,杨锦丽,唐成颖,王文慧,杨凯,2021-07-02,ZL201811512660.2

    18. 一种基于压缩感知理论的信道估计方法与装置,邓宏贵,田丽丽,唐成颖,2021-06-25,ZL201811504405.3





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