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本書是國家雙高專業群——移動通信技術專業群的現代移動通信技術專業的核心教材，移動通信技術專業連續5 年在全國專業排名第一。本書內容全面涵蓋了從基礎概念到最新5G 技術的相關知識。全書分為6 個項目，每個項目都包含了理論知識和實踐任務，幫助讀者深入理解移動通信的原理和應用。主要內容包括移動通信應用與設計、無線網絡規劃與仿真、無線關鍵技術與基站部署、承載網配置與調試、LTE 技術與核心網部署、5G 技術與業務配置。本書采用項目式教學方法，理論與實踐相結合，深入講解無線通信關鍵技術，涵蓋從2G 到5G 的移動通信技術演進，包含大量仿真實驗和實際配置任務，還介紹了5G 網絡架構、切片技術和行業應用。本書配備了國家精品在線開放課程（慕課），提供了豐富的數字化教學資源，包括精制的微課視頻、課件等。本書可作為職業本科院校、高等職業院校的現代移動通信技術、現代通信技術、物聯網應用技術等相關專業的教學用書，也可供移動通信行業的技術人員閱讀。
目錄大綱
項目1 移動通信應用與設計 ················.1
任務1-1 移動通信應用調研 ··········.1
1.1 移動通信的概念及發展 ··········.2
1.2 移動通信的特點及分類 ··········.8
1.3 移動通信系統的組成 ············.12
任務1-2 設計和模擬蜂窩網絡 ······.15
1.4 移動通信頻譜的應用 ············.16
1.5 移動通信的工作方式 ············.17
1.6 移動通信的發展趨勢和標準化 ······························.18
任務1-3 中國移動通信產業發展調研 ···························.23
知識總結與拓展 ··························.24
思政案例 ···································.24
思考與練習 ································.26
項目2 無線網絡規劃與仿真 ···············.28
任務2-1 基於MATLAB 的偶極子天線設計與性能評估 ············.28
2.1 認知天線 ···························.29
任務2-2 多徑衰落環境下的信號傳播仿真 ···························.35
任務2-3 陰影衰落環境下的信號傳播仿真 ···························.36
2.2 無線電波傳播 ·····················.36
任務2-4 移動信道傳播模型仿真 ···.40
2.3 移動信道的傳播模型 ············.40
任務2-5 頻譜資源管理與分配調研 ···························.46
任務2-6 越區切換策略仿真 ·········.47
任務2-7 移動通信無線網絡覆蓋規劃 ···························.48
2.4 組網技術 ··························.49
知識總結與拓展 ··························.62
思政案例 ···································.62
思考與練習 ································.64
項目3 無線關鍵技術與基站部署 ········.66
任務3-1 QAM 調制仿真 ·············.66
3.1 調制技術 ··························.67
任務3-2 多址技術仿真 ···············.77
3.2 多址技術 ··························.78
任務3-3 編碼技術仿真 ···············.82
3.3 編碼技術 ··························.83
任務3-4 抗衰落技術仿真 ············.90
3.4 抗衰落技術 ·······················.90
任務3-5 基站部署與配置 ··········.107
知識總結與拓展 ························.109
思政案例 ·································.109
思考與練習 ·······························.111
項目4 承載網配置與調試 ················.113
任務4-1 承載網規劃 ················.113
任務4-2 承載網配置 ················.115
任務4-3 承載網調試 ················.130
4.1 承載網的優勢和歷史演進 ····.132
4.2 承載網關鍵技術與設備 ·······.133
4.3 5G 承載網規劃 ··················.141
知識總結與拓展 ························.146
思政案例 ·································.146
思考與練習 ······························.148
項目5 LTE 技術與核心網部署 ·········.150
任務5-1 核心網規劃 ··················150
任務5-2 核心網設備部署 ············153
任務5-3 核心網數據配置 ············154
5.1 LTE 基礎 ························.158
5.2 LTE 架構 ························.160
5.3 LTE 關鍵技術 ··················.164
5.4 LTE 物理層 ·····················.186
5.5 LTE 會話管理 ··················.196
5.6 LTE 語音實現方式 ············.203
5.7 移動性管理 ·····················.206
知識總結與拓展 ··························212
思政案例 ··································213
思考與練習································215
項目6 5G 技術與業務配置 ··············.217
任務6-1 撥測業務配置 ···············217
任務6-2 切換業務配置 ···············218
任務6-3 漫遊業務配置 ·············.219
任務6-4 切片業務配置 ·············.220
任務6-5 行業應用方案設計 ·······.221
任務6-6 業務調試與故障排除 ····.223
6.1 5G 基礎 ··························.225
6.2 5G 關鍵技術 ····················.229
6.3 5G 網絡架構 ····················.250
6.4 5G 網絡部署 ····················.261
6.5 5G 端到端切片 ·················.264
6.6 5G 行業應用 ····················.271
6.7 下一代移動通信技術的發展 ·······························.275
知識總結與拓展 ························.278
思政案例 ·································.278
思考與練習 ······························.280
參考文獻 ·······································.282
