师资

刘富强

自动化专业工学博士、教授

博士生导师


研究方向

大数据处理和分析

车联网通信与测试

创新和创业

增强现实


主讲课程

本科:《现代通信与信息技术》 

硕士:《车联网通信与信息处理》 


学术与社会兼职

上海市优秀学科带头人(2007

中国图像图形学会常务理事/图象视频处理与通信专业委员会副主任

日本国立情报学研究所客座教授


教育背景

2005.10-2005.12,访问学者,德国艾兰根-纽伦堡大学

1993.9-1996.6,工学博士,中国矿业大学

1991.9-1993.6,工学硕士,中国矿业大学

1983.9-1987.6,工学学士,天津大学


工作经历

2016.4-至今, 同济大学设计创意学院  教授

2010-至今, 同济大学电子与信息工程学院  教授

2002.7-2010, 同济大学电子与信息工程学院  教授,系主任,副院长

2001.4-2002.6,中国矿业大学  教授

1998.12-2001.4,中国矿业大学  副教授

1996.6-1998.12,中国矿业大学  博士后

1987.7-1991.8,淮北师范大学,助理讲师


代表研究成果和作品

1)  2014.7-2018.6,欧盟第7框架项目(EU FP7,PIRSES-GA-2013-612652):Quality-of-ExperienceImprovement for Mobile Multimedia across Heterogeneous Wireless Networks(项目负责人)

2)  2014.1-2018.12,国家自然科学基金(重点项目)(61331009):车联网跨层设计基础理论与关键技术(项目负责人)

3)  2009.1-2011.9,国家科技重大专项新一代宽带无线移动通信网(2009ZX03003-005)IMT-Advanced增强MIMO技术研发(项目负责人)

4)  科技部863项目(No.2007AA01Z239):基于移动中继技术的车辆通信网络的研究, 2007.10-2009.10(项目负责人)

5)  科技部重点国际合作项目(2012DFG10280):中意跨国数字协同设计关键技术合作研究, 2012.1-2015.6(项目子课题负责人)

6)  科技部863项目(2007AA11Z221):基于视频的交叉口交通状态全息检测技术, 2007.10-2009.12.2. (项目子课题负责人)

7)  2013-2014,华为技术公司合作项目(YB2013060040):车联网研究测试平台项目(项目负责人)

8)  2013-2014,大唐集团合作项目(DTinno.12.114):分布式拥塞控制方案设计及802.11p仿真(项目负责人)

9)  2011-2013,华为技术公司合作项目(YBWL2011113):客户体验感知验证方法合作开发项目二期(项目负责人)

10)2010-2011,华为技术公司合作项目(YBWL2010166):客户体验感知验证方法合作开发项目(项目负责人)

11)2012.1-2014.12,科技部主题863项目(2012AA111902) :车联网应用技术研究(项目责任人)

12)2012.1-2013.12,国家科技重大专项新一代宽带无线移动通信网(2012ZX03001033-005):基于业务感知的端到端3G/LTE业务质量评测与分析系统研发(项目主要参与人)

13)2011.1-2013.12,科技部主题863项目(2011AA110401):车路协同系统设计、信息交互和集成验证研究(项目主要参与人)

14)2011.1-2012.12,国家科技重大专项新一代宽带无线移动通信网(2011ZX03003-001-01):IMT-Advanced多天线增强技术研发(项目负责人)

15)上海仪电(集团)有限公司中央研究院:智慧城市基于车联网的大数据研发合同,2015.7-2016.10. (项目负责人)

16)2013.1-2016.12丽江市泸沽湖景区智慧旅游系统设计(项目负责人)

近五年代表性论著、教材、论文、专利与展览

教材

1)   Ping Wang, Fuqiang Liu, WenjieShu, Wenqiang Xu, Encyclopedia of Sustainability Science and Technology(Enhanced GPSR Using Neighbor- Awareness Position Update and Beacon-AssistGeographic Forwarding in Vehicular Ad Hoc Networks), Springer, DOI10.1007/978-1-4419-0851-3, 57457 Words, Dec. 2012.

2)   刘富强,王新红,宋春林,陈康力,李志鹏,王平.数字视频图像处理与通信(普通高等教育“十一五”国家级规划教材,高等院校通信与信息专业规划教材)[M],北京:机械工业出版社,2009.

论文

代表性期刊论文

1)       XiangLi, Chao Wang, Fuqiang Liu, andXiaobo Yin, “Improving the Channel Utilization of Basic SafetyMessage in VANETs with Superposition Coded Modulation,”TELKOMNIKA (Telecommunication Computing Electronics and Control) 14.1 (2016):72-81.

2)       YinZhu, Chao Wang, Ping Wang, and FuqiangLiu, “A New PrecoderCodebook Design in Spatially CorrelatedMIMO Channels,” Procedia Computer Science 92 (2016): 112-118.

3)       YiRen, Fuqiang Liu, Zhi Liu, Chao Wangand Yusheng Ji, “Power control in D2D-based vehicular communicationnetworks,” IEEE Transactions on Vehicular Technology 64.12(2015): 5547-5562.

4)       CelimugeWu, Yusheng Ji, Fuqiang Liu, SatoshiOhzahata and Toshihiko Kato, “Toward practical and intelligent routing invehicular ad hoc networks,” IEEE Transactions on Vehicular Technology64.12 (2015): 5503-5519.

5)       JiuJunCheng, JunLu Cheng, MengChu Zhou, FuQiangLiu, ShangCe Gao, and Cong Liu, “Routing in internet of vehicles: A review,”IEEE Transactions on Intelligent Transportation Systems 16.5 (2015): 2339-2352.

6)       XiaojunZheng, Erwu Liu, Zhengqing Zhang, Xinyu Qu, Rui Wang, Xuefeng Yin, and Fuqiang Liu, “Anefficient pilot scheme in large-scale two-way relay systems,”IEEE Communications Letters 19.6 (2015): 1061-1064.

7)       XiangLi, Fuqiang Liu, and Nguyen NgocVan, “Enhanced channel estimation algorithm for dedicatedshort-range communication systems,” TELKOMNIKA (Telecommunication ComputingElectronics and Control) 13.3 (2015): 870-879.

8)       PingWang, Lei Ding, Huifang Pang, FuqiangLiu, and Nguyen Ngoc Van, “Zero Forcing Beamforming Based CoordinatedScheduling Algorithm for Downlink Coordinated Multi-Point Transmission System,”IEICE Transactions on Communications 98.2 (2015): 352-359.

9)       DongLiu, Erwu Liu, Yi Ren, Zhengqing Zhang, Rui Wang, and Fuqiang Liu, “Bounds on secondary user connectivity incognitive radio networks,” IEEE Communications Letters 19.4 (2015):617-620.

10)   YuhuiJian, Erwu Liu, Zhengqing Zhang, XinyuQu, Rui Wang, Shenjie Zhao, and Fuqiang Liu, “Percolationand scale-free connectivity for wireless sensor networks,”IEEE Communications Letters 19.4 (2015): 625-628.

11)   DongWang, Erwu Liu, Zhengqing Zhang, Rui Wang, Shengjie Zhao, Xinlin Huang, and Fuqiang Liu, “Aflow-weighted scale-free topology for wireless sensor networks,”IEEE Communications Letters 19.2 (2015): 235-238.

12)   DongLiu, Erwu Liu, Fellow, IET, Zhengqing Zhang, Rui Wang, Yi Ren, Yanjun Liu, IvanWang-Hei Ho, Xuefeng Yin, and FuqiangLiu, “Secondary network connectivity of ad hoc cognitiveradio networks,” IEEE Communications Letters 18.12 (2014): 2177-2180.

13)   YinZhu, Yusheng Ji, Ping Wang, and FuqiangLiu, “Improvement of Rotation Matrix Based DifferentialLimited Feedback with DFT Codebook and Its Application in CoMP Environment,”Journalof Communications 9.6 (2014):498-505.

14)   NanCheng, Ning Zhang, Ning Lu, Xuemin (Sherman) Shen, Jon W. Mark, and Fuqiang Liu, “Opportunisticspectrum access for CR-VANETs: A game-theoretic approach,”IEEE Transactions on Vehicular Technology 63.1 (2014): 237-251.

15)   ChenLei, Wang Ping, Liu Fuqiang, AiQing, Pang Huifang, Li Yanchao, and Cao Hailang, “A Method for Detecting Noise, Single Pass,Cross Pass and Echo of Mobile Phone.” Applied Mechanics and Materials. Vol. 239.Trans Tech Publications, 2013:415-421.

16)   WangPing, Liu Fuqiang, Xing Weijun, WangNing, and Xu Xiao, “An algorithm for target cell selectionbased on cells’ location relationship and coverage scope in LTEsystem.” International Journal of Wireless and MobileComputing 6.2 (2013): 109-114.

17)   YueWang, Erwu Liu, Yuhui Jian, Zhengqing Zhang, Xiaojun Zheng, Rui Wang, Fuqiang Liu, and Xuefeng Yin, “NLL:A complex network model with compensation for enhanced connectivity.”IEEE Communications Letters 17.9 (2013): 1856-1859.

18)   PingWang, Lin Su, Min Huang, Fuqiang Liu,and Lijun ZU, “Joint Optimization for Proportional Fairness inMIMO-OFDMA Relay-Enhanced Cellular Networks,” IEICE transactions on communications 96.2(2013): 500-503.

19)   ChenLei, Wang Ping, Liu Fuqiang, WangChao, Zhou Haibo, Pu Lijun, Xiong Jiping, and Van Nguyen Ngoc, “AReplay Approach for Remote Testing User Experience of Mobile Bursty DataApplication,” International Journal of Online Engineering9.6(2013):18-23.

20)   HuifangPang, Ping Wang, Xinhong Wang, FuqiangLiu and Ngoc Van Nguyen, “Joint mode selection and resourceallocation using evolutionary algorithm for device-to-device communicationunderlaying cellular networks,” J. Commun. 8.11 (2013): 751-757.

21)   VanNguyen Ngoc, Fuqiang Liu, and PingWang, “Radio Frequency Allocation in Cellular Network withTwo-Hop Fixed MIMO-Orthogonal Frequency Division Multiplex Access RelayStations,” Sensor Letters 10.8 (2012): 1690-1697.

22)   GuoxiaZhang, Fuqiang Liu, Xinhong Wang,and Ping Wang, “Delay- and Connectivity-Aware Routing for Vehicular AdHoc Networks,” Advances in Information Sciences and ServiceSciences4.3 (2012):277-286.

23)   GuoxiaZHANG, and Fuqiang LIU, “Optimizationnetwork selection for group handover in heterogeneous vehicular network,”Journal of Computational Information Systems 8.1 (2012):379-386.

24)   YiZhou, Yusheng Ji, Weidong Xiang, Sateesh Addepalli, Aihuang Guo, and Fuqiang Liu, “Evaluationof Cascaded Multi-Keyhole Channels in Cooperative Diversity WirelessCommunications,” IEICE transactions on communications 96.1(2013):223-232.

 

代表性会议论文

1)ChanglongYe, Ping Wang, Chao Wang, and FuqiangLiu, “Mobility Management for LTE-based HeterogeneousVehicular Network in V2X scenario,” IEEE Conference-ICCC, 2016.

2)YunPan, Chao Wang, Fuqiang Liu, andPing Wang, “D2D-Based Cooperative Uplink Transmission forVehicular Users,” International Conference on Machine Learning andIntelligent Communications. Springer, Cham, 2016:76-85.

3)WeijunXing, Chao Wang, Ping Wang, and FuqiangLiu, “Energy efficiency in multi-source network-codeddevice-to-device cooperative communications,” Ubiquitous Wireless Broadband (ICUWB),2016 IEEE International Conference on. IEEE, 2016:1-4.

4)ZhengqingZhang, Erwu Liu, Xinyu Qu, Dong Liu, Rui Wang, and Fuqiang Liu, “Effective Coverage for the Connectivity ofMagnetic Induction-Based Ad Hoc Networks,” Global Communications Conference(GLOBECOM), 2015 IEEE. IEEE, 2015:1-6.

5)DongLiu, Erwu Liu, Yi Ren, Zhengqing Zhang, Dong Wang, Rui Wang, Ping Wang, Fuqiang Liu, and Chi Harold Liu,  “Node density and connectivity ofmulti-channel ad hoc cognitive radio networks,” Communications in China (ICCC), 2015IEEE/CIC International Conference on. IEEE, 2015:1-6.

6)DongWang, Erwu Liu, Dong Liu, Xinyu Qu, Rufei Ma, Rui Wang, Ping Wang, Fuqiang Liu, and Chi Harold Liu,  “Structural hole based link addition forcapacity enhancement in scale-free networks,” Communications in China (ICCC), 2015IEEE/CIC International Conference on. IEEE, 2015:1-6.

7)YiRen, Dong Liu, Chao Wang, Fuqiang Liu,and Erwu Liu, “Spectram-sculpting-aided interference avoidance forOFDM-based cognitive networks,” Personal, Indoor, and Mobile RadioCommunications (PIMRC), 2015 IEEE 26th Annual International Symposium on. IEEE,2015:1012-1017.

8)YiRen, Chao Wang, Dong Liu, and FuqiangLiu, “Applying LTE-D2D to support V2V communication usinglocal geographic knowledge,” Vehicular Technology Conference (VTCFall), 2015 IEEE 82nd. IEEE, 2015:1-5.

9)XiangLi, Fen Liu, Chao Wang, Fuqiang Liu,Changwei He, Chenghao Lv, Wei Yin, “A design of FPGA-based DSRC receiver,”Communications and Networking in China (ChinaCom), 2015 10th InternationalConference on. IEEE, 2015:585-589.

10)PingWang, Fei Wang, Yusheng Ji, FuQiang Liu,and Xinhong Wang, “Performance analysis of EDCA with strictpriorities broadcast in IEEE802. 11p VANETs,” Computing, Networking and Communications(ICNC), 2014 International Conference on. IEEE, 2014:403-407.

11)YangYang, Ping Wang, Chao Wang, and FuqiangLiu, “An eMBMS based congestion control scheme incellular-VANET heterogeneous networks,” Intelligent Transportation Systems (ITSC),2014 IEEE 17th International Conference on. IEEE, 2014:1-5.

12)WeijunXing, Ning Wang, Chao Wang, Fuqiang Liu,and Yusheng Ji, “Resource allocation schemes for D2D communication usedin VANETs,” Vehicular Technology Conference (VTC Fall), 2014 IEEE80th. IEEE, 2014:1-6.

13)PengJi, Hsin-Mu Tsai, Chao Wang, and FuqiangLiu, “Vehicular visible light communications with LEDtaillight and rolling shutter camera,” Vehicular Technology Conference (VTCSpring), 2014 IEEE 79th. IEEE, 2014:1-6.

14)SuLin, Ji Yusheng, Wang Ping, and LiuFuqiang, “Resource allocation using particle swarm optimizationfor D2D communication underlay of cellular networks,”Wireless Communications and Networking Conference (WCNC), 2013 IEEE. IEEE,2013:129-133.

15)Yu Su,Xinghong Wang, and Fuqiang Liu, “Designof an FPGA-Based MAC Experiment Platform for IEEE 802.11p,”2013 Asia-Pacific Computational Intelligence and Information TechnologyConference, 2013:756-764.

16)   YuanjieWang, and Fuqiang Liu, “Anew pedestrian detection algorithm used for Advanced Driver-Assistance Systemwith one cheap camera,” Mechatronic Sciences, Electric Engineeringand Computer (MEC), Proceedings 2013 International Conference on. IEEE,2013:1315-1318.

17)YueWang, Erwu Liu , Xiaojun Zheng, Zhengqing Zhang, Yuhui Jian, Xuefeng Yin, and Fuqiang Liu, “Energy-awarecomplex network model with compensation,” Wireless and Mobile Computing, Networkingand Communications (WiMob), 2013 IEEE 9th International Conference on. IEEE,2013:472-476.

18)LinyingLiu, Xinhong Wang, Chao Wang, and FuqiangLiu, “An efficient beacon rate adaptation scheme forvehicular networks.” Wireless Communications & SignalProcessing (WCSP), 2013 International Conference on. IEEE, 2013:1-6.

 

授权的发明专利

1)  交通地理信息系统生成方法(ZL 2007 1 0047589.0),发明人排名第二,申请日/授权公告日2007.10.30/2010.09.22

2)  基于计算机视觉的客流量检测方法(ZL 2007 1 0041616.3),发明人排名第一,申请日/授权公告日2007.06.05/2011.09.14

3)  基于动态接入路径选择机制的快速接入点切换方法(ZL 2008 10207638.7),明人排名第三,申请日/授权公告日2008.12.23/2011.03.09

4)  基于组策略的功率控制方法(ZL 2008 1 0042230.9),发明人排名第一,申请日/授权公告日2008.08.29/2012.02.29

5)  基于位置跟踪和多通道技术的车载通信方法及装置(ZL 2008 10042233.2),发明人排名第一,申请日/授权公告日2008.08.29/2011.05.25

6)  基于组策略的功率控制方法(ZL 2008 1 0042230.9),发明人排名第一,申请日/授权公告日2008.08.29/2012.02.29

7)  基于虚拟天线阵列的高精度无线信道测试平台及方法(ZL 2009 10056427.2),发明人排名第一,申请日/授权公告日2009.08.14/2012.05.23

8)  城市道路交叉路口平均延误获取方法(ZL 2010 1 0023155.9),发明人排名第二,申请日/授权公告日2010.01.22/2012.12.05

9)  基于航拍图像的交通信息获取方法(ZL 2010 1 0588880.0),发明人排名第一,申请日/授权公告日2010.12.15/2013.06.05

10)协作多基站组网环境下的主从基站选择与切换方法(ZL 2010 1 0177382.7),发明人排名第二,申请日/授权公告日2010.05.18/2013.12.25

11)基于统计信道状态信息反馈下的组合码本选择处理方法(ZL 2010 1 0177380.8),发明人排名第二,申请日/授权公告日2010.05.18/2014.04.16

12)一种用于异构车辆通信网络的多属性切换判决方法(ZL 2010 1 0578589.5),

13)发明人排名第二,申请日/授权公告日2010.12.08/2014.09.17

14)基于电子眼的车联网数据传输路径选择优化方法(ZL 2013 1 0008178.6

15),发明人排名第二,申请日/授权公告日2013.01.09/2015.01.14

16)一种TD-LTE系统的干扰检测方法(ZL 2012 1 0525252.7),发明人排名第二,申请日/授权公告日2012.12.07/2015.10.28

17)一种用于TD-LTE系统的多普勒偏移补偿方法(ZL 2011 1 0453147.2),发明人排名第二,申请日/授权公告日2011.12.29/2015.11.25

18)一种用于MIMO通信系统的平均QoE最大化调度方法(ZL 2012 1 0039665.4),发明人排名第二,申请日/授权公告日2012.02.21/2016.02.17

19)利用信道时域相关性降低反馈量的码本编码信息处理方法(ZL 2011 1 0449395.X),发明人排名第三,申请日/授权公告日2011.12.28/2016.02.17

20)用于TD-LTE系统的多普勒频偏估计方法(ZL 2012 1 0557204.6),发明人排名第一,申请日/授权公告日2012.12.19/2016.05.18

21)一种基于车车通信的逆向车道超车预警方法(ZL 2014 1 0461033.6),发明人排名第二,申请日/授权公告日2014.09.11/2016.05.18

22)用于TD-LTE系统路测的分层测试方法及装置(ZL 2011 1 0453201.3),发明人排名第二,申请日/授权公告日2011.12.29/2016.08.03

23)一种基于车路协同的道路突发事故提示方法(ZL 2014 1 0835848.6),发明人排名第二,申请日/授权公告日2014.12.24/2016.11.02

24)面向平安出行的异构网络环境中安全消息广播方法(ZL 2013 1 0751649.2),发明人排名第二,申请日/授权公告日2013.12.31/2016.11.09

25)一种基于车车通信的高速公路对向车道拥塞提示方法(ZL 2014 1 0461028.5),发明人排名第二,申请日/授权公告日2014.09.11/2016.11.23

26)一种基于电子地图的车辆碰撞预警方法(ZL 2015 1 0475551.8),发明人排名第二,2015.08.06/2017.06.13

 

展览

2014亚太经合组织(APEC)车联网技术及其全球应用合作论坛暨展示会(主要策划人)

8.荣誉与获奖:

2012年,信息类专业系统创新实践人才的培养,同济大学教学成果奖一等奖,排名第一

2013年,电子信息类专业协同创新实践人才的培养,上海市教学成果奖二等奖,排名第一

2015年,基于物联网的智慧矿山综合监控系统开发及产业化,江苏省电子信息及系统科学专业技术三等奖,排名第二

2015年,面向创新、创意、创业的“现代通信与信息技术”课程建设,同济大学教学成果奖二等奖,排名第一

9.对外交流与活动:

2017.6  英国艾克赛特大学(University of Exeter):欧盟第七框架项目协调会

2016.5  英国艾克赛特大学(University of Exeter)、英国帝国理工学院(Imperial College London)交流访问

2016.3  美国加州科技大学(International TechnologicalUniversity)交流访问

2016.2  日本国立情报学研究所(National Institute of Informatics)交流访问

2015.3  日本国立情报学研究所(National Institute of Informatics)交流访问

2014.9  加拿大参加IEEE VTC-FALL国际会议

2014.9  美国韦恩州立大学(Wayne State University)交流访问

2014.8  芬兰阿尔托大学(Aalto University)交流访问

2014.2  韩国首尔大学(Seoul National University)交流访问

2014.2  美国参加ICNC14国际会议

2013.10  日本国立情报学研究所(National Institute of Informatics)交流访问

2013.8  美国密歇根大学(University of Michigan)交流访问

2013.6  日本国立情报学研究所(National Institute of Informatics)交流访问

2013.4  印度尼西亚参加APEC科技与创新政策伙伴关系会议

2013.2  日本国立情报学研究所(National Institute of Informatics)交流访问

2012.7  日本国立情报学研究所(National Institute of Informatics)交流访问

2012.3  俄罗斯参加APEC产业科技工作组会议

2012.3  日本国立情报学研究所(National Institute of Informatics)交流访问

2011.11  美国密歇根大学(University of Michigan)、韦恩州立大学(Wayne State University)交流访问

2011.11  荷兰代尔夫特理工大学(Technische Universiteit Delft)交流访问,参加IEEE VNC


国际会议:

2011.5  英国拉夫堡大学(Loughborough University)交流访问

2011.4  芬兰奥卢大学(University of Oulu) 交流访问

2010.11  澳大利亚参加CSIRO国际会议

2010.8  日本国立情报学研究所(National Institute of Informatics)交流访问

2010.8  越南河内科技大学(Hanoi University of Technology)交流访问


联系方式:

电话:(Phone) 13564111304

Email:liufuqiang@tongji.edu.cn

网站:(Web) wm.tongji.edu.cn


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