黃高飛

黃高飛

黃高飛,博士,廣州大學電子與通信工程學院教授,碩士生導師。

基本介紹

  • 中文名:黃高飛
  • 畢業院校:中山大學
  • 學位/學歷:博士
  • 職業:教師
  • 專業方向:基於新一代無線通信技術的物聯網最佳化算法設計與系統開發,物聯網與車聯網場景下的邊緣計算最佳化算法設計與系統開發,無人機通信系統最佳化算法設計與系統開發,基於人工智慧的無線通信系統最佳化算法設計與系統開發。 
  • 職稱:教授 
  • 任職院校:廣州大學電子與通信工程學院 
個人經歷,研究方向,學術成果,項目,論文,

個人經歷

分別於2004年和2012年畢業於中山大學電子系,獲碩士學位和照遙民博士學位。
擔任IEEE Transactions on Communications、IEEE Transactions on Vehicle Technology、IEEE Signal Proceessing Letters、IEEE Communications Letters、IET Signal Processing、IET Commnications等學術期刊審稿人,IEEE International Symposium on Personal, Indoor and Mobile Radio Communications (PIMRC) 國際會議TPC成員。
學習及工作經歷:
◆2022.07-至今 廣州大學 電子與通信工程學院 教授
◆2017– 2018 作為國家留學基金委公派訪問學者先後在英國羅伯特戈汗盛危登大學和紐西蘭奧克蘭大學訪學
◆2004.07-2022.06 廣州大學 電子與通信工程學院熱尋習 助教、講師、副教授
◆2007-2012 中山大學 博士
◆2001-2004 中山大學 碩士
◆1997-2001 蘭州大學 學士

研究方向

基於新一代無線通信技奔烏汗嬸術(包括無線信息與能量同傳、智慧型反射面輔助通信、反向散射輔助通信等)的物聯網最佳化算法設計與系統開發
物聯網與車聯網場景下的邊緣計算優射道化算法設計與系統開發
無人機通信系統最佳化算法設計與系統開發
基於機器學習與人工智慧的無線通信系統最佳化算法設計與系統開發

學術成果

在IEEE、Elsevier、Springer和Willey等出版的權威學術期刊發表學術論文20餘篇,先後主持包括國家級、省部級的科研項目7項,參與科研項目10餘項。

項目

[1] 基於能量分集的信息緩衝與電池輔助無線攜能協作通信研究,國家自然科學基金面上項目,2019-2022,主持;
[2] 基踏欠員棗於新型中繼能量接收機的無線可充電協作通信研究,廣東省自然科學基金面上項目,2017-2019,主持;
[3] 同頻干擾下無線攜能認知OFDM協作通信系統設計及其關鍵技術研究,廣東省科技計畫項目,主持;
[4] 基於能量分集的無線可充電協作通信系統設計與最佳化,廣東省普通高校特色創新項目,主持;
[5] 基於QoS保障的分散式小型化MIMO基站關鍵技術研究,廣州市科技計市拳少劃項目,主持;
[6] 認知OFDM中繼系統跨層最佳化研究,廣州市屬高校科研項目,主持;
[7] 具有時延QoS保證的OFDM中繼系統跨層最佳化研究,廣州大學新苗計畫項目,主持.

論文

[1] 劉兆年,黃高飛(通訊作者),鐘期洪,鄭暉,趙賽, UAV-Aided Vehicular Communication Design with Vehicle Trajectory’s Prediction.IEEE Wireless CommunicationsLetters, Vol.8, No.6, pp. 1212-1216, 2021. (SCI JCR Q1)
[2] 龍鈺斯,黃高飛(通訊作者),唐冬,趙賽,劉貴雲. Achieving highthroughput in wireless networks with hybrid backscatter and wireless-poweredcommunications. IEEE Internet ofThings of Journal, Vol.8, No.13, pp. 10896-10910, 2021 (SCI JCR Q1)
[3] 胡疊麗,黃高飛(通訊作者),唐冬,趙賽,鄭暉. Joint TaskOffloading and Computation in Cooperative Multicarrier Relaying Based MobileEdge Computing Systems. IEEE Internetof Things of Journal, Vol.8, No.14, pp. 11487-11502, 2021 (SCI JCR Q1)
[4] 黃高飛,塗萬青,A high-throughputwireless-powered relay network with joint time and power allocations,Computer Networks (Elsevier), Vol.160,pp.65-67, 2019 (SCI JCR Q1)
[5] 黃高飛,塗萬青,On OpportunisticEnergy Harvesting and Information Relaying in Wireless-Powered CommunicationNetworks,IEEEAccessVol.6,pp. 55220 - 55233, 2018 (SCI JCR Q1)
[6] 黃高飛,張旗,秦家銀, Joint timeswitching and power allocation for multicarrier decode-and-forward relaynetworks with SWIPT,IEEESignal Processing LettersVol.22, No.12,pp. 2284 - 2288, 2015 (SCI JCR Q2)
[7]黃高飛,唐冬,WirelessInformation and Power Transfer in Two-way OFDM Amplify-and-Forward RelayNetworks,IEEE Communications LettersVol.20, No.8, pp.1563-1566, 2016 (SCI JCR Q2)
[8] 黃高飛,塗萬青,Optimal ResourceAllocation in Wireless-Powered OFDM Relay Networks,Computer Networks (Elsevier), Vol.104,pp.94-107, 2016(SCI JCR Q1)
[9] 黃高飛,塗萬青,Joint PowerSplitting and Power Allocation for Two-way OFDM Relay Networks with SWIPT,Computer Commutations (Elsevier), Vol.124,pp.76-86, 2018 (SCI JCR Q2)
[10] 黃高飛,唐冬,趙賽,秦家銀,Optimal simultaneous wireless information and energy transfer in OFDMA decode-and-forwardrelay networks,Wireless Networks (Springer), Vol.23, No.6, pp 1731–1742, 2017(SCI JCR Q3)
[11] 黃高飛,塗萬青,Wireless information and energy transfer in nonregenerative OFDM AFrelay systems , Wireless Personal Communications (Springer), Vol.94, No. 4, pp.3131–3146,2017. (SCI JCR Q3)
[12] 黃高飛,林展凱,唐冬,秦家銀,QoS-drivenjointly optimal power and bandwidth allocation for heterogeneous wirelessnetworks, IET Electronics Letters, vol.51, no.1,pp. 122- 124,2015(SCI JCR Q3)
[13] 黃高飛,羅麗平,張廣馳,楊平,唐冬,秦家銀,QoS-drivenjointly optimal subcarrier pairing and power allocation for decode-and-forwardOFDM relay systems. Wireless Personal Communications (Springer), vol.71, no. 3,pp.1597-1618, 2013 (SCI JCR Q3)
[14] 黃高飛,張廣馳,張萍,唐冬,秦家銀,Resourceallocation for OFDM relay systems with statistical QoS guarantees. InternationalJournal of Communication Systems (Willey), vol.27, no. 12,pp.4492–4509, 2014 (SCI JCR Q3)
[15] 黃高飛,塗萬青,羅麗平,張萍,張廣馳,秦家銀,QoS-drivenjointly optimal subcarrier pairing and power allocation for OFDM amplify-and-forwardrelay systems. International Journal of Communication Systems (Willey), vol.27, no. 7,pp. 991–1008, 2014 (SCI JCR Q3)
[16] 黃高飛,羅麗平,張廣馳,唐冬,秦家銀,具有時延QoS保證的OFDM中繼系統子載波配對與功率分配算法,電子學報,vol.41, no.2,pp.335-339,2013 (EI期刊,中文核心).
[17] 黃高飛,塗萬青,唐冬,Optimal resource allocation in OFDM decode-and-forward relay systems withSWIET, in Proc. of 2015 IEEEInternational Symposium on Personal, Indoor and MobileRadio Communications (PIMRC 2015), pp.712-717, 2015 (EI).
[18] 黃高飛,張廣馳,鄭暉,唐冬,胡曉,QoS-drivenresource allocation scheme for the OFDM amplify-and-forward relay system, inProc. of 2011 IEEE International Conference onWireless Communications, Networking and MobileComputing, 2011 (WiCom’11), pp23-25, 2011 (EI)
[19] 黃高飛,鄭暉,唐冬,OFDMA中繼系統下行鏈路資源分配算法研究,系統仿真學報,vol.2, no.11,pp.2314-2318,2012 (中文核心)
[20] 黃高飛,唐冬,鄭暉,OFDMA中繼系統下行鏈路公平資源分配算法研究,計算機套用研究,vol.28, no.11,pp.4278-4281,2011 (中文核心)
[21] 黃高飛,張萍,張廣馳,唐冬,秦家銀,協作CDMA系統上行鏈路功率控制策略及最佳化算法研究,中山大學學報,vol.49, no.6,pp32-37, 2010. (中文核心)
[22] 黃高飛,鄭暉,唐冬,OFDMA中繼系統資源分配算法研究,廣州大學學報,vol.12, no.2,pp59-65, 2012.
  • 授權發明專利
[1] 黃高飛,曾偉東,唐冬,趙賽,劉貴雲,一種無線攜能協作通信方法,專利號ZL201711105588.7,2020.10.09
[2] 黃高飛,蘇建釗,徐博彥, 能量轉換方法、系統、可讀存儲介質及計算機設備, 專利號ZL201910230126.0, 2021.07.13
[3] 黃高飛,胡疊麗,唐冬,趙賽,劉貴雲,鄭暉, 一種基於多載波的中繼協作移動邊緣計算方法,專利號ZL202010625030.7,2022.03.25
[4] 黃高飛,劉兆年,謝怡佳,趙訊, 一種基於無人機道路感知的車輛輔助駕駛系統及方法,專利號ZL202011609893.1,2022.08.02
[5] 黃高飛,劉兆年,鄭暉,趙賽,唐冬, 一種輔助移動車輛無線通信的無人機軌跡最佳化方法,專利號ZL202010775851.9,2022.08.02
[2] 龍鈺斯,黃高飛(通訊作者),唐冬,趙賽,劉貴雲. Achieving highthroughput in wireless networks with hybrid backscatter and wireless-poweredcommunications. IEEE Internet ofThings of Journal, Vol.8, No.13, pp. 10896-10910, 2021 (SCI JCR Q1)
[3] 胡疊麗,黃高飛(通訊作者),唐冬,趙賽,鄭暉. Joint TaskOffloading and Computation in Cooperative Multicarrier Relaying Based MobileEdge Computing Systems. IEEE Internetof Things of Journal, Vol.8, No.14, pp. 11487-11502, 2021 (SCI JCR Q1)
[4] 黃高飛,塗萬青,A high-throughputwireless-powered relay network with joint time and power allocations,Computer Networks (Elsevier), Vol.160,pp.65-67, 2019 (SCI JCR Q1)
[5] 黃高飛,塗萬青,On OpportunisticEnergy Harvesting and Information Relaying in Wireless-Powered CommunicationNetworks,IEEEAccessVol.6,pp. 55220 - 55233, 2018 (SCI JCR Q1)
[6] 黃高飛,張旗,秦家銀, Joint timeswitching and power allocation for multicarrier decode-and-forward relaynetworks with SWIPT,IEEESignal Processing LettersVol.22, No.12,pp. 2284 - 2288, 2015 (SCI JCR Q2)
[7]黃高飛,唐冬,WirelessInformation and Power Transfer in Two-way OFDM Amplify-and-Forward RelayNetworks,IEEE Communications LettersVol.20, No.8, pp.1563-1566, 2016 (SCI JCR Q2)
[8] 黃高飛,塗萬青,Optimal ResourceAllocation in Wireless-Powered OFDM Relay Networks,Computer Networks (Elsevier), Vol.104,pp.94-107, 2016(SCI JCR Q1)
[9] 黃高飛,塗萬青,Joint PowerSplitting and Power Allocation for Two-way OFDM Relay Networks with SWIPT,Computer Commutations (Elsevier), Vol.124,pp.76-86, 2018 (SCI JCR Q2)
[10] 黃高飛,唐冬,趙賽,秦家銀,Optimal simultaneous wireless information and energy transfer in OFDMA decode-and-forwardrelay networks,Wireless Networks (Springer), Vol.23, No.6, pp 1731–1742, 2017(SCI JCR Q3)
[11] 黃高飛,塗萬青,Wireless information and energy transfer in nonregenerative OFDM AFrelay systems , Wireless Personal Communications (Springer), Vol.94, No. 4, pp.3131–3146,2017. (SCI JCR Q3)
[12] 黃高飛,林展凱,唐冬,秦家銀,QoS-drivenjointly optimal power and bandwidth allocation for heterogeneous wirelessnetworks, IET Electronics Letters, vol.51, no.1,pp. 122- 124,2015(SCI JCR Q3)
[13] 黃高飛,羅麗平,張廣馳,楊平,唐冬,秦家銀,QoS-drivenjointly optimal subcarrier pairing and power allocation for decode-and-forwardOFDM relay systems. Wireless Personal Communications (Springer), vol.71, no. 3,pp.1597-1618, 2013 (SCI JCR Q3)
[14] 黃高飛,張廣馳,張萍,唐冬,秦家銀,Resourceallocation for OFDM relay systems with statistical QoS guarantees. InternationalJournal of Communication Systems (Willey), vol.27, no. 12,pp.4492–4509, 2014 (SCI JCR Q3)
[15] 黃高飛,塗萬青,羅麗平,張萍,張廣馳,秦家銀,QoS-drivenjointly optimal subcarrier pairing and power allocation for OFDM amplify-and-forwardrelay systems. International Journal of Communication Systems (Willey), vol.27, no. 7,pp. 991–1008, 2014 (SCI JCR Q3)
[16] 黃高飛,羅麗平,張廣馳,唐冬,秦家銀,具有時延QoS保證的OFDM中繼系統子載波配對與功率分配算法,電子學報,vol.41, no.2,pp.335-339,2013 (EI期刊,中文核心).
[17] 黃高飛,塗萬青,唐冬,Optimal resource allocation in OFDM decode-and-forward relay systems withSWIET, in Proc. of 2015 IEEEInternational Symposium on Personal, Indoor and MobileRadio Communications (PIMRC 2015), pp.712-717, 2015 (EI).
[18] 黃高飛,張廣馳,鄭暉,唐冬,胡曉,QoS-drivenresource allocation scheme for the OFDM amplify-and-forward relay system, inProc. of 2011 IEEE International Conference onWireless Communications, Networking and MobileComputing, 2011 (WiCom’11), pp23-25, 2011 (EI)
[19] 黃高飛,鄭暉,唐冬,OFDMA中繼系統下行鏈路資源分配算法研究,系統仿真學報,vol.2, no.11,pp.2314-2318,2012 (中文核心)
[20] 黃高飛,唐冬,鄭暉,OFDMA中繼系統下行鏈路公平資源分配算法研究,計算機套用研究,vol.28, no.11,pp.4278-4281,2011 (中文核心)
[21] 黃高飛,張萍,張廣馳,唐冬,秦家銀,協作CDMA系統上行鏈路功率控制策略及最佳化算法研究,中山大學學報,vol.49, no.6,pp32-37, 2010. (中文核心)
[22] 黃高飛,鄭暉,唐冬,OFDMA中繼系統資源分配算法研究,廣州大學學報,vol.12, no.2,pp59-65, 2012.
  • 授權發明專利
[1] 黃高飛,曾偉東,唐冬,趙賽,劉貴雲,一種無線攜能協作通信方法,專利號ZL201711105588.7,2020.10.09
[2] 黃高飛,蘇建釗,徐博彥, 能量轉換方法、系統、可讀存儲介質及計算機設備, 專利號ZL201910230126.0, 2021.07.13
[3] 黃高飛,胡疊麗,唐冬,趙賽,劉貴雲,鄭暉, 一種基於多載波的中繼協作移動邊緣計算方法,專利號ZL202010625030.7,2022.03.25
[4] 黃高飛,劉兆年,謝怡佳,趙訊, 一種基於無人機道路感知的車輛輔助駕駛系統及方法,專利號ZL202011609893.1,2022.08.02
[5] 黃高飛,劉兆年,鄭暉,趙賽,唐冬, 一種輔助移動車輛無線通信的無人機軌跡最佳化方法,專利號ZL202010775851.9,2022.08.02

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