【作者】：（必填）李建东,杨家玮
【格式】：（必填）pdf
【页数】：（必填）505
【语言】：中文(默认)
【出版社】：（非电子图书可不填）不祥
【出版日期】：（非电子图书可不填）不祥
【摘要或目录】：（必填）第一章个人通信概述
1.1个人通信的基本概念··························.1
1.2无线个人通信的主要系统······························4
1.2..1 低功率系统··························4
1.2 .2. .数字蜂窝系统···································6
1.2. 3 移动卫星系统··························8
1 2. 4 无线LAN/WAN······················8
1.2. 5 无线用户环路·····································10
1 2. 6 专用移动无线电和寻呼系统······················10
1.3无线个人通信的工作频段·····················11
1 3.1
WARC’92的决定·····························11
1.3.2
FCC:的PCS频段规划······················14
1.3.3
现有系统标准的工作频段·························15
1.4无线个人通信的主要技术······················17
1.4.1 业务种类······································l7
1.4.2. 多址方式······································18
1.4.3 蜂窝结构··········································19
1.4.4卫星和陆地系统的综合······················21
1.4.5 动态信道分配·································23
l.4.6 固定网络结构································24
1.4.7智能网络管理······················28
1.4.8物理层相关的技术·····························28
参考文献········································29
第二章个人通信网的话务f模型分析
2.1话务量与业务等级····································32.
2.1.1微小区话务量·································32
2.1.2业务等级······································33
2 .2 FDMA和TDMA系统的性能与话务模型··················36
2.2.1性能度量·······································36
2.2.2系统操作······································38
2.2..3话务模型分析····································41
2.3 CDMA系统的性能与话务模型······························47
2.3. l
C'DMA操作特性·························47
2 3.2
CDMA网络解析话务模型-····················49
2.4分层无线蜂窝系统的性能分析与话务模型············53
2.4.1概述············································53
2.4 .2系统描述·····-·······························53
2.4.3. 数学模型···········································56
2..4.4性能度量·······································65
2 4.5 数字例子········································70
参考文献··············································75
第三章 低功率环境下的信道特性
3.1个人通信无线传输特性研究·································76
3.1.1研究目的和方法·································76
3.1.2环境类型·········································79
3.1.3电波传播刚试技术·····························80
3.1.4测量数据分析·································87
3.2 室外电波传播特性····································88
3.2.1市区和郊区环境下的微蜂窝传输特性·················88
3.2.2室外传播的冲激响应特性······················97
3.3 室内电波传播特性·································99
3.3.1
电波的穿透损耗特性······················99
3.3.2
室内传播的冲激响应特性······················105
3.4 传播预测模型······································114
3.4.1 COST－231/Walsh/Ikegami······················115
3.4.2
理论模型研究及进展······················117
参考文献······································134
第四章 个人通信网的小区结构
4.1 微蜂窝系统··································135
4.2 智能小区······································136
4.2.1
功率传送型智能小区······················137
4.2.2
自适应天线阵列型智能小区··················141
4.2.3
处理增益型智能小区······················143
4.3 混合蜂窝小区结构··································145
4.3.1
混合蜂窝小区结构······················145
4.3.2混合蜂窝小区网络结构······················146
4.3.3
混合小区之间的资源分配······················149
4.4 卫星个人通信系统的小区结构和系统结构·················155
4.4.1
卫星系统的蜂窝小区结构······················155
4.4.2
卫星系统的结构······················159
参考文献··········································162
第五章 高效传输技术
5.1 常用传输技术·········································164
5.1.1 GMSK/GFSK调制··································164
5.1.2
π/4DQPSK调制········································173
5.2 正交振幅调制(QAM) ·········································184
5.2.1正交振幅调制原理·································184
5.2.2
星型16QAM(16-Level Star QAM) ························186
5.2.3
叠加式QAM(SQAM-Superposed QAM) ······················192
5.3 可变速率调制·················································198
5.3.1
概述····················································198
5.3.2
可变速率调制基本原理····································199
5.3.3
性能分析················································205
5.4 多载波调制···················································209
5.4.1
概述····················································209
5.4.2 M-16QAM················································212
5.4.3 OFDM···················································217
5.4.4 MC-CDMA···············································223
参考文献····················································229
第六章 开放式灵活的空中接口······································232
6.1 空中接口的基本概念············································232
6.1.1
空中接口的协议体系·······································232
6.1.2
多址协议·················································233
6.1.3
个人通信对空中接口的要求·································234
6.2 基于可变速率CDMA的空中接口··································236
6.2.1
可变速率CDMA的系统概念·································236
6.2.2
可变速率CDMA的通用传输系统方案·························240
6.2.3
可变速率CDMA在蜂窝系统中的应用·························247
6.3 基于PRMA的空中接口···········································249
6.3.1 PRMA的原理···············································249
6.3.2 PRMA++空中接口············································257
6.3.3 PRMA++协议的性能··········································266
6.4 基于无线ATM的空中接口··········································270
6.4.1
无线ATM的原理··········································270
6.4.2
基于无线ATM的传输方案····································274
6.4.3
无线ATM的协议············································277
参考文献························································290
第七章 动态无线资源管理
7.1 动态功率控制技术··········································292
7.1.1
蜂窝系统中的最佳功率控制··································292
7.1.2分布式功率控制算法··········································299
7.1.3 CDMA功率控制··········································304
7.2 动态信道分配(DCA) ··········································307
7.2.1
信道借用法··········································308
7.2.2
平衡双向性能的动态信道分配法···························312
7.2.3
信道分离法(Channel Segregation) ····························316
7.3 越去切换·······················································320
7.3.1
越区切换的准则··········································321
7.3.2
越区切换控制··········································323
7.4 支持多媒体业务的动态资源的\分配·································328
7.4.1
多媒体信息的模型··········································328
7.4.2
动态信道容量的\分配········································330
参考文献·····························································334
第八章 网络结构和智能网络管理
第九章 典型系统
第十章 个人通信的发展趋势
本书英文缩写词索引··········································489
由于字数原因后三章目录未列出
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