参考文献

[1]李浩，高泽华，高峰，赵荣华．IEEE 802.11无线局域网标准研究．计算机应用研究，vol.26,no.5,pp.1616～1620,2009.

[2]刘乃安，李晓辉，张联峰，王多华．无线局域网（WLAN）——原理、技术与应用．西安：西安电子科技大学出版社，2004.

[3]IEEE.IEEE Std 802.11—1997 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications[S]．1997.

[4]IEEE.IEEE Std 802.11a—1999 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifi cations:High-speed Physical Layer in the 5 GHz Band[S]．1999.

[5]IEEE.IEEE Std 802.11b—1999 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications:Higher-speed Physical Layer Extension in the 2.4GHz Band[S]．1999.

[6]IEEE.IEEE Std 802.11d—2001 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications-Amendment 3:Specification for Operation in Additional Regulatory Domains[S]．2001.

[7]IEEE.IEEE Std 802.11g—2003 Part 11:Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications-Amendment 4:Further Higher Data Rate Extension in the 2.4 GHz Band[S]．2003.

[8]IEEE.IEEE Std 802.11h^TM—2003 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications-Amendment 5:Spectrum and Transmit PowerManagement Extensions in the 5 GHz Band in Europe[S]．2003.

[9]IEEE.IEEE Std 802.11i^TM—2004 Part 11,WirelessLAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications-Amendment 6:Medium Access Control(MAC)Security Enhancements[S]．2004.

[10]IEEE.IEEE Std 802.11j^TM—2004 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications-Amendment 7:4.9GHz～5GHz Operation in Japan[S]．2004.

[11]IEEE.IEEE Std 802.11n—2009 Part 11,Wireless LAN Medium Access Control(MAC)and Physical Layer(PHY)Specifications-Amendment 5:Enhancements for Higher Throughput[S]．2009.

[12]高泽华，赵国安，宁帆等．宽带无线城域网——WiMAX技术与应用．北京：人民邮电出版社，2008.

[13]N.Abramson,The ALOHA System-Another Alternative for Computer Communications,in AFIPS Conference Proceedings,Montvale,N.J.：AFIPS Press,1970,37:281～285.

[14]L.Kleinrock and F.Tobagi,Random Access Techniques for Data Transmission over Packet-switched Radio Channels，in AFIPS Conference Proceedings,Montvale,N.J.：AFIPS Press,1975,44:187～201.

[15]L.G.Roberts,ALOHA Packet System with and Without Slots and Capture,Computer Communications Review,April 1975,1:28～42.

[16]N.Abramson,Packet Switching with Satellites,in AFIPS Conference Proceedings,Montvale,N.J.：AFIPS Press,1973,42:695～702.

[17]L.G.Roberts,ARPANET Satellite System,Notes 8(NIC Document 11290)and 9(NIC Document 11291),Available from the ARPA Network Information Center,Stanford Research Institute,Menlo Park,Calif,1972.

[18]L.Kleinrock and S.S.Lam,Packet-switching in a Slotted Satellite Channel,in AFIPS Conefrence Proceedings,Montvale,NJ.：AFIPS Press,1973,42:703～710.

[19]L.Kleinrock,Queueing Systems,Vol.I:Theory,New York,Wiley Interscience,1975.

[20]S.G.Glisic,l-persistent Cartier Sense Multiple Access in Radio Channels With Imperfect Carrier Sensing,IEEE Transactions on Communications,Mar.1991,39(3)：458～464.

[21]S.G.Glisic,R.Rao and L.B.Milstein,The Effect of Imperfect Carrier Sensing on Non-Persistent Carrier Sense Multiple Access,in Proceedings of IEEE International Conefrence on Communications,Atlanta,April 1990,1266～1269.

[22]G.Bianchi,IEEE 802.11-Saturation Throughput Analysis,IEEE Communications Letters,1998,2(12)：318～320.

[23]G.Bianchi,Performance Analysis of the IEEE 802.11 Distributed Coordination Function,IEEE J.Select.Areas Commun.,2000,18(3)：535～547.

[24]H.Wu,Y.Peng and J.Ma,et al,Performance of Reliable Transport Protocol over IEEE 802.11 Wireless LAN:Analysis and Enhancement,in Proceedings of IEEE InfoCom’02.New York:IEEE Press,2002,599～607.

[25]V.M.Vishnevsky,A.I.Lyakhov,802.11 LANs:Saturation Throughput in the Presence of Noise,in Proceedings of the 2nd International IFIP TC6 Networking Conference（Networking’02）,2002,1008～1019.

[26]P.Chatzimisios,V.Vitsas and A.C.Boucouvalas,Throughput and Delay Analysis of the IEEE 802.11 Protocol.in Proceedings of the 5th IEEE International Workshop on Network Appliances（IWNA’02）．New York:IEEE Press,2002,168～174.

[27]P.Chatzimisios,A.C.Boucouvalas andV.Vitsas,Packet Delay Analysis of IEEE 802.11 MAC Protocol,IEEE Electronics Letters,2003,39(18)：1358～1359.

[28]Z.Hadzi-Velkov,B.Spasenovski,Saturation Throughput-Delay Analysis of IEEE 802.11 DCF in Fading Channel,in Proceedings of IEEE International Conference on Communications（ICC′03）．New York:IEEE Press,2003,121～126.

[29]E.Ziouva,T.Antonakopoulos,CSMA/CA Performance under High Traffic Conditions:Throughput and Delay Analysis,Computer Communications,2002,25(3)：313～321.

[30]E.Ziouva,T.Antonakopoulos,The IEEE 802.11 Distributed Coordination Function in Small-Scale Ad Hoc Wireless LANs,International Journal of Wireless Information Networks.New York:IEEE Press,2003,10(1)：1～15.

[31]M.M.Carvalho,J.J.Garcia-Luna-Aceves,Delay Analysis of IEEE 802.11 in Single-Hop Networks,Proceed.IEEE ICNP’03.New York:IEEE Press,2003.

[32]P.Chatzimisios,A.C.Boucouvalas,V.Vitsas,IEEE 802.11 Packet Delay:A Finite Retry Limit Analysis,In Proc.IEEE Globecom.New York:IEEE Press,2003,950～954.

[33]V.M.Vishnevsky,A.I.Lyakhov,802.11 LANs:Saturat ion Throughput in the Presence of Noise,In Proc.IFIP Networking,2002,1008～1019.

[34]J.S.Vardakas,M.K.Sidiropoulos,M.D.Logothetis,Performance Behaviour of IEEE 802.11 Distributed Coordination Function Circuits,Devices &Systems,IET.Volume 2,February 2008,pp.50～59.

[35]K.Duffy,D.Malone,Modeling the 802.11 Distributed Coordination Function in Non-saturated Conditions,IEEE Communications Letters,2005,9(8)：715～717.

[36]D.Malone,K.Duffy,Modeling the 802.11 Distributed Coordination Function in Non-saturated Heterogeneous Condition,IEEE/ACM Transactions on Networking,2007,15(1)：159～172.

[37]F.A.Shabdiz,S.Subramaniam,A Finite Load Analytical Model for the IEEE 802.11 Distributed Coordination Function MAC,Proceed.WiOpt′03,2003.

[38]C.C.Xu,Z.K.Yang,Non-saturated Throughput Analysis of IEEE 802.11 Ad Hoc Networks,IEICE Transactions on information and Systems,2006,89(5)：1676～1678.

[39]O.Tickoo,B.Sikdar,A Queuing Model for Finite Load IEEE 802.11 Random Access,IEEE International Conference on Communications,New York:IEEE Press,2004,175～179.

[40]E.Winands,T.Denteneer,A Finite-Source Feedback Queuing Network as A Model of the IEEE 802.11 Distributed Coordination Function,In Proceedings of the European Wireless′04 Conference.Barcelona,Spain,2004,551～557.

[41]Y.Zheng,K.J.Lu,Performance Analysis of IEEE 802.11 DCF in Imperfect Channels,IEEE Transaction on vehicular technology,2006,55(5)：1235～1246.

[42]J.Weinmiller,M.Schlager,A.Festag,et al.,Performance Study of Access Control in Wireless LANs IEEE 802.11 DFWMAC and ETSI RES 10 HIPERLAN,Mobile Networks and Application,1997,2(1)：55～67.

[43]V.Bharghvan,Performance Evaluation of Algorithms for Wireless Medium Access,IEEE International Computer Performance and Dependability Symposium IPDS′98,1998,142～149.

[44]M.Natkaniec,A.R.Pach,An Analysis of the Backoff Mechanism Used in IEEE 802.11 Networks.in Proceedings of the 5th IEEE Symposium on Computersand Communications(ISCC 2000)．New York:IEEE Press,2000.

[45]Ns-2 Network Simulator,http://www.isi.edu/nsnarn/ns/

[46]Z.J.Haas,J.Deng,On Optimizing the Backoff Intevral for Random Access Schemes,IEEE Transaction on Communications,2003,51(12)：2081～2090.

[47]Y.Kwon,Y.Fang,H.Latchman,A Novel MAC Protocol with Fast Collision Resolution for Wireless LANs,Proceed.IEEE INFOCOM’03.New York:IEEE Press,2003.

[48]N.O.Song,B.J.Kwak,L.E.Miller,Enhancement of IEEE 802.11 Distributed Coordination Function with Exponential Increase Exponential Decrease Backoff Algorithm,Proceed.IEEE VTCSpring′03.New York:IEEE Press,2003.

[49]D.Qiao,K.G.Shin,Achieving Efficient Channel Utilization and Weighted Fairness for Data Communications in IEEE 802.11 WLAN under the DCF,Proceed International Workshop on Quality of Service,2002.

[50]L.Bononi,M.Conti,E.Gregori,Runtime Optimization of IEEE 802.11 Wireless LANs Performance,IEEE transactions on Parallel and Distributed Control,2004,15(1)：66～80.

[51]F.R.R.G.M.Heusse,A.Duda,Idle Sense:An Optimal Access Method for High Throughput and Fairness in Rate Diverse Wireless Lans,Proceed.ACM SIGCOMM05.New York:ACM Press,2005.

[52]Y.Chen,Q-A.Zeng,D.P.Agrawal,Analysis and Enhancement of IEEE 802.11 MAC Protocol,Proceed.ICT′03,2003.

[53]F.Cali,M.Conti,E.Gregori,Dynamic Tuning of the IEEE 802.11 Protocol to Achieve a Theoretical Throughput Limit,IEEE/ACM Transactions on Networking,2000,8(6)：785～799.

[54]H.Cho,S.C.Park,Modified Backoff Algorithm with Station Number Adaptiveness for IEEE 802.11 Wiireless LANs,IEICE Transactions Communications,2003,E86-B(12)：3626～3629.

[55]X.J.Tian,X.Chen,T.Ideguchi,et al,Improving Throughput and Fairness in WLANs through Dynamically Optimizing Backoff,IEICE Transactionson Communications,2003,E88-B(11)：4325～4335.

[56]S.T.Sheu,T.Chen,J.Chen,et al.,The Impact of RTS Threshold on IEEE 802.11 MAC Protocol,In Proceedings IEEE Intenrational Conefrence on Parallel an d Distributed Systems.New York:IEEE Press,2002,267～272.

[57]R.Burno,M.Conti,E.Gregori,IEEE 802.11 Optimal Performance:RTS/CTS Mechanism vs.Basic Access,In Proceedings IEEE International Symposium on Personal Indoor and Mobile Radio Communications.New York:IEEE Press,2002,1747～1751.

[58]H.Y.Chen,Y.D.Li,Performance Model of IEEE 802.11 DCF with Variable Packet Length,IEEE Communications Letters,2004,8(8)：186～188.

[59]C.Chuadet,D.Dhoutuat,I.C.Lassous,Performance Issues with IEEE 802.11 in Ad Hoc Networking,IEEE Communications Magazine,2005,43(7)：110～116.

[60]Liu Wen,Zehua Gao,Feng Gao,Performance Analysis of IEEE 802.11a in Non-saturation Conditons,Proc.Of IEEE IC-NIDC,2009,837～841.

[61]P.Chatzimisios,A.C.Boucouvalas,V.Vitsas,IEEE 802.11 Wireless LANs:Performance Analysis and Protocol Refinement,EURASIP Journal on Applied Signal Processing 2005:1,67～78.

[62]LI He-Wu,WU Jian-Ping,MA Hui,ZHANG Pei-Yun,LUO Shi-Xin,Performance Optimization for IEEE 802.11 Based on the Range of Contention Station Number,2004 Journal of Software,Vol.15,No.12.

[63]Li Yun,Chen Qian-bin,Long Ke-ping,Wu Shi-qi,Self-adaptively Adjusting the Minimum Contention Windows to Maximizing the Saturated Throughput of IEEE 802.11 DCF.

[64]刘岩，舒炎泰，张亮，汪广洪．无线网络中分布式协调功能的改进．计算机应用，vol.24,no.7,pp.162～166,2004.

[65]Bianchi,Ilenia Tinnirello,Kalman Filter Estimation of the Number of Competing Terminals in An IEEE 802.11 Network,IEEE INFOCOM 2003.

[66]史延春．非线性滤波理论的发展．科技咨询导报，No.23,2007.

[67]kalman fi lter introduction Greg Welchland Gary Bishop TR 95-041 Department of Computer Science University of North Carolina at Chapel Hill3 Chapel Hill,NC 27599-3175.

[68]许炎义，王树宗，许昌春．IEEE 802.11无线局域网非饱和吞吐量分析．计算机科学，vol.33,no.6,pp.42～43,51,2004.

[69]冯浩然，赵千川，慕春棣．非饱和情况下基于802.11 DCF的改进协议DIDD.清华大学学报（自然科学版），Vol.49,no.1,pp.157～160,2009.

[70]张伟．IEEE 802.11e的网络性能、容量评估与资源分配策略研究．博士学位论文，上海：上海交通大学，2008.

[71]A.Veres,A.T.Campbell,M.Barry and L-H.Sun,Supporting Sevrice Diff erentiation in Wireless Packet Newtorks Using Distributed Control,IEEE J.Selected Areas in Communication（JSAC′01）,Oct.2001,19(10)：2081～2093.

[72]I.Aad and C.Castelluccia,Differentiation Mechanisms for IEEE 802.11,in IEEE Information Communications（INFOCOM′01）,Anchorage,AK,2001,209～218.

[73]Feng Hui,Wang Ting,Hu Bo.An Optimized DCF Scheme with Downlink and Uplink Bandwidth Control in 802.11 WLAN[C],Proceedings of IEEE International Region 10 Conference Melboume:IEEE,2005:1～5.

[74]Abeysekera,B.A.H.S.Matsuda,T.Takine,T.Dynamic,Contention Window Control to Achieve Fairness between Uplink and Downlink Flows in IEEE 802.11 WLANs,Proceedings of the IEEE Wireless Communications and Networking Conference.Hong Kong:IEEE,2007:2109～2114.

[75]Cheng Yan-hong,Li Zhi-shu,Xin g Jian-chuan,et al.,A Novel MAC Mechanism to Resolve 802.11 Performance Anomaly,Journal of Zhejiang University:Science A,2007,8(10)：1573～1583.

[76]Abeysekera B SA H,Matsuda T,Takine T.Dynamic Contention Window Control to Achieve Fairness between Uplink and Downlink Flows in IEEE 802.11 WLANs Proceedings of the IEEE Wireless Communications and Networking Conference,Hong Kong:IEEE,2007:2109～2114.

[77]M.Heusse,F.Rousseau,G.Berger-Sbabatel,et al.,Performance Anomaly of 802.11b,in Proceedings of IEEE Computer and Communications（INFOCOM’03）,April 2003,2:836～843.

[78]N.Kim,IEEE 802.11 MAC Performance with Variable Transmission Rates,IEICE transaction On Communications,SeP.2005,E88-B(9)：3524～3531.

[79]P.Berthou,T.Gayraud,O.AlPhand,et.al,A Multimedia Architecture for 802.11b Networks,IEEE Wireless Communications and Networking Conference(WCNC,03),New Orleans(USA),Mar.2003,4(1)：1742～1747.

[80]B.Sadeghi,V.Kanodia,A.Sabharwal,et.al.Opportunistic Media Access for Multirate Ad Hoc Networks,in Proceedings of ACM International Conference on Mobile Computing and Networking,Atlanta,Georgia,USA,23～26 Sep.2002,24～25.

[81]Garg S,Kappes M,Can I Add A VoIP Call,IEEE Int Conf on Communications(ICC),Anchorage，Alaska,2003.

[82]David P H,Fouad A T,Capacity of An IEEE 802.11b Wireless LAN Supporting VoIP,to Appear in Proc IEEE Int Conf on Communications(ICC)．Paris,2004.

[83]陆洋，张超，陆建华，林孝康．IEEE 802.11无线局域网接入环境下语音传输容量．清华大学学报（自然科学版），2008，48(1)：39～42.

[84]陈立全，胡爱群，周雪莉．无线局域网上IP语音传输的容量分析．中国工程科学，2005，7(7)．