无线网络中基于全双工通信技术的高效并发MAC协议设计.pdf

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1、分类号TP393.1学号12069007UDC004.7密级公开工学博士学位论文无线网络中基于全双工通信技术的高效并发MAC协议设计博士生姓名董旋学科专业计算机科学与技术研究方向无线网络跨层协议设计指导教师周兴铭教授王晓东研究员国防科学技术大学研究生院二〇一六年十二月FullDuplexTechniqueBasedEfficientConcurrentMACProtocolDesigninWirelessNetworkCandidate:DongXuanSupervisor:ProfessorZhouXingmingProfessorWangXiaodongAdissertationS

2、ubmittedinpartialfulfillmentoftherequirementsforthedegreeofDoctorofEngineeringinComputerScienceandTechnologyGraduateSchoolofNationalUniversityofDefenseTechnologyChangsha,Hunan,P.R.ChinaDecember15,2016国防科学技术大学研究生院博士学位论文目录摘要..........................................................................

3、..............................................iABSTRACT...............................................................................................................v第一章绪论............................................................................................................11.1无线网络概述......

4、.....................................................................................11.1.1发展现状与迫切需求....................................................................11.1.2无线通信的基本特点....................................................................31.2无线网络MAC协议设计..............................

5、..........................................41.2.1无线网络MAC协议概述.............................................................41.2.2MAC协议信道竞争机制..............................................................51.2.3无线数据的传输............................................................................71.2.4无线

6、MAC协议开销.....................................................................81.2.5无线网络通信协议存在的挑战....................................................91.3全双工通信技术.......................................................................................101.3.1全双工通信.......................................

7、.............................................111.3.2全双工通信技术的发展脉络........................................................121.3.3全双工通信的不足........................................................................141.3.4全双工通信的机遇..