3G移動網(wǎng)：W-CDMA和cdma2000

第1章 導論                  
 1.1 早期系統(tǒng)                  
 1.2 蜂窩系統(tǒng)                  
 1.3 TDMA系統(tǒng)                  
 1.3.1 IS-54和IS-136                  
 1.3.2 GSM                   
 1.4 cdmaOne（基于IS-95-A和IS-95-B）                  
 1.5 個人通信系統(tǒng)                  
 1.6 第三代（3G）移動通信技術                   
 1.6.1 對3G的要求                   
 1.6.2 3G系統(tǒng)的演化                   
 1.7 小結                  
 參考文獻                   
                   
 第2章 無線移動信道的傳播特性                   
                   
 2.1 大尺度變化                   
 2.1.1 自由空間中的信號變化                  
 2.1.2 市區(qū)中由地形和地物干擾引起的信號變化                   
 2.1.3 郊區(qū)和鄉(xiāng)下的信號改變                   
 2.1.4 信號電平局部平均值的變化                   
 2.1.5 傳播模型                  
 2.2 信號的短時變化                   
 2.2.1 短時變化的影響                   
 2.3 相干帶寬和功率時延譜                   
 2.4 無線移動信道的仿真模型                   
 2.5 小結                   
 參考文獻                  
                   
 第3章 寬帶CDMA（W-CDMA）原理                   
                   
 3.1 多址方案                  
 3.1.1 FDMA                   
 3.1.2 TDMA                   
 3.1.3 擴頻多址                  
 3.2 CDMA技術                  
 3.2.1 直接擴頻CDMA原理                   
 3.2.2 CDMA系統(tǒng)的容量                   
 3.3 3G無線發(fā)射機功能                   
 3.4 語音編碼                  
 3.5 信道編碼                  
 3.5.1 卷積編碼器                   
 3.5.2 解卷積碼                   
 3.5.3 收縮碼                   
 3.5.4 UMTS的信道編碼器                   
 3.6 交織器                  
 3.7 調(diào)制                  
 3.7.1 相位調(diào)制信號的解調(diào)                   
 3.8 擴頻                  
 3.8.1 Walsh碼                  
 3.8.2 擾碼                  
 3.9 接收機                  
 3.9.1 接收機結構                   
 3.9.2 硬和軟判決                  
 3.9.3 Viterbi 解碼                   
 3.10 CDMA中的多徑分集                   
 3.10.1 Rake接收機                   
 3.10.2 多用戶檢測                   
 3.11 智能天線                   
 3.12 小結                   
 參考文獻                   
                   
 第4章 cdmaOne和cdma2000                  
                   
 4.1 cdmaOne                   
 4.1.1 頻譜分配                  
 4.1.2 物理信道                   
 4.1.3 反向信道傳輸功能                   
 4.1.4 前向信道功能                   
 4.1.5 功率控制                   
 4.1.6 IS-95切換技術                   
 4.2 cdma2000                   
 4.2.1 系統(tǒng)特征                   
 4.2.2 協(xié)議棧                   
 4.2.3 物理信道                   
 4.2.4 前向信道傳輸功能                  
 4.2.5 反向信道傳輸功能                  
 4.3 小結                   
 參考文獻                   
                   
 第5章 GSM系統(tǒng)和通用分組無線業(yè)務                  
 （GPRS）                   
                   
 5.1 GSM系統(tǒng)的特性                  
 5.2 系統(tǒng)結構                   
 5.2.1 語音編碼器                   
 5.2.2 信道編碼器                  
 5.2.3 交織                   
 5.2.4 調(diào)制方式——GMSK                  
 5.3 邏輯信道                  
 5.4 GSM幀和時隙結構                   
 5.5 GSM中的數(shù)據(jù)業(yè)務                   
 5.5.1 GPRS的一般功能和特點                   
 5.5.2 GPRS網(wǎng)絡結構                   
 5.5.3 GPRS協(xié)議棧                   
 5.5.4 數(shù)據(jù)包結構                   
 5.5.5 邏輯信道                   
 5.5.6 分組傳輸協(xié)議                   
 5.6 小結                   
 參考文獻                  
                   
 第6章 通用移動通信系統(tǒng)（UMTS）                  
                   
 6.1 系統(tǒng)特征                   
 6.2 無線網(wǎng)絡結構                   
 6.3 無線接口協(xié)議?！攀?nbsp;                 
 6.4 物理層                   
 6.4.1 物理層功能概述                  
 6.4.2 傳輸信道                   
 6.4.3 物理信道                   
 6.4.4 分組模式數(shù)據(jù)                  
 6.4.5 從傳輸信道到物理信道的映射                  
 6.4.6 物理層處理過程                  
 6.4.7 擴頻和調(diào)制                   
 6.4.8 物理層測量                   
 6.5 MAC層協(xié)議                   
 6.5.1 概述                   
 6.5.2 MAC過程                  
 6.5.3 MAC層數(shù)據(jù)格式                   
 6.6 無線鏈路控制協(xié)議                   
 6.6.1 RLC功能                  
 6.6.2 RLC協(xié)議描述                   
 6.7 分組數(shù)據(jù)會聚協(xié)議（PDCP）                   
 6.7.1 概述                   
 6.7.2 報頭壓縮                   
 6.8 廣播/組播（BMC）協(xié)議                  
 6.9 無線資源控制協(xié)議                   
 6.9.1 RRC功能                   
 6.9.2 RRC連接的管理                   
 6.9.3 切換                  
 6.10 小結                  
 參考文獻                   
                   
 第7章 移動通信網(wǎng)絡的演進                   
                   
 7.1 3G需求回顧                  
 7.2 網(wǎng)絡的演進                   
 7.2.1 第一代網(wǎng)絡                  
 7.2.2 第二代網(wǎng)絡                  
 7.2.3 2G+網(wǎng)絡                  
 7.2.4 3G網(wǎng)絡                  
 7.2.5 全IP網(wǎng)絡                  
 7.3 小結                  
 參考文獻                   
                   
 第8章 呼叫控制和移動性管理                   
                   
 8.1 接入和核心網(wǎng)的協(xié)議棧                   
 8.1.1 GSM                   
 8.1.2 UMTS                   
 8.2 呼叫控制                   
 8.3 小結                   
 參考文獻                  
                   
 第9章 3G系統(tǒng)的服務質(zhì)量（QoS）                  
                   
 9.1 引言                   
 9.2 概念綜述                   
 9.3 業(yè)務分類                  
 9.4 UMTS業(yè)務屬性                   
 9.5 QoS請求——RSVP協(xié)議                   
 9.6 許可控制                   
 9.6.1 接入控制策略                   
 9.6.2 資源分配                  
 9.6.3 管制                   
 9.7 提供所請求的QoS                  
 9.8 區(qū)分服務（DiffServ）                   
 9.9 移動系統(tǒng)中的RSVP                   
 9.10 小結                  
 參考文獻                   
                   
 第10章 網(wǎng)絡規(guī)劃和設計                  
                   
 10.1 網(wǎng)絡設計                  
 10.1.1 頻譜需求                  
 10.1.2 鏈路預算計算                   
 10.2 頻率規(guī)劃                  
 10.2.1 模擬和TDMA系統(tǒng)                   
 10.2.2 CDMA系統(tǒng)                   
 10.3 蜂窩系統(tǒng)增長                  
 10.3.1 小區(qū)分裂                  
 10.3.2 重疊設計                   
 10.4 小結                  
 參考文獻                   
                   
 第11章 超3G                  
                   
 11.1 4G背后的推動力                   
 11.2 4G的應用和特征                   
 11.2.1 技術                   
 11.2.2 其他考慮                  
                   
 參考文獻                   
 關于作者