5G通信网络规划与优化-图书-人邮教育社区

内容摘要

本书全面系统地介绍5G通信网络规划与优化的相关内容。全书分为理论篇和实践篇两部分，共7个项目，理论篇深入剖析5G知识理论，包括绪论、5G关键技术和信令流程2个项目；实践篇则聚焦5G网络规划与施工、5G网络优化的相关内容，涵盖5G网络规划、站点勘测和施工安装、5G单站验证和簇优化、5G 典型问题分析与优化及5G网管指标分析与优化5个项目。本书不仅内容丰富全面，还注重理论与实践的结合，能够帮助读者快速掌握5G网络规划与优化的核心知识和技能，具有较强的实用性和指导性。本书可作为高职高专和职业本科院校通信相关专业教材，也可作为5G无线网络规划与优化工程师的培训教材，还可作为从事5G无线网络运维的工程人员的自学指导书。

理论篇：5G知识理论
项目1 绪论····································1
【项目引言】·································1
【项目目标】·································1
【项目重点与难点】························1
【项目背景】·································1
【知识准备】·································1
任务1 移动通信网络概述···············2
1.1.1 移动通信网络的发展历程....................3
1.1.2 各类移动通信网络系统介绍................3
任务2 蜂窝移动通信系统概述·········6
1.2.1 蜂窝移动通信系统的发展历史............6
1.2.2 中国对蜂窝移动通信技术的推动作用.......7
1.2.3 未来通信网络的发展趋势....................8
【拓展训练】·································9
【课后练习】·································9
项目2 5G关键技术和信令流程··········10
【项目引言】·······························10
【项目目标】·······························10
【项目重点与难点】······················10
【项目背景】·······························10
【知识准备】·······························11
任务1 5G网络发展和网络架构
介绍································11
2.1.1 5G网络发展与无线频率划分............11
2.1.2 5G网络架构........................................12
2.1.3 5G网络组网方案................................15
任务2 5G关键技术介绍···············16
2.2.1 高阶调制和编码技术.........................16
2.2.2 Massive MIMO....................................23
2.2.3 F-OFDM技术.....................................26
2.2.4 上下行解耦技术.................................28
2.2.5 5G无线资源........................................30
2.2.6 信号与信道.........................................36
2.2.7 网络切片.............................................39
2.2.8 软件定义网络和网络虚拟化.............42
任务3 5G信令流程介绍···············44
2.3.1 UE状态分类.......................................44
2.3.2 小区搜索/选择....................................46
2.3.3 小区重选流程.....................................47
2.3.4 随机接入.............................................48
2.3.5 5G NSA入网流程...............................50
2.3.6 5G NSA连接态移动性管理...............52
2.3.7 5G SA入网流程.................................57
2.3.8 5G SA寻呼/业务请求流程................57
2.3.9 5G SA连接态移动性管理.................58
【拓展训练】·······························66
【课后练习】·······························67
实践篇：5G网络规划与施工
项目3 5G网络规划························70
【项目引言】·······························70
【项目目标】·······························70
【项目重点与难点】······················70
【项目分析】·······························70
【项目实施】·······························71
任务1 5G无线链路预算···············71
3.1.1 无线传播模型工作原理对比.............72
3.1.2 无线链路预算 ...................................... 74
任务2 覆盖与容量估算 ················ 75
3.2.1 覆盖估算 .............................................. 75
3.2.2 容量估算 .............................................. 76
任务3 参数规划 ························· 76
3.3.1 PCI规划 .............................................. 76
3.3.2 邻区规划 .............................................. 77
3.3.3 PRACH参数规划 ............................... 78
任务4 基础资源规划 ··················· 79
3.4.1 机房资源规划 ...................................... 79
3.4.2 传输带宽规划 ...................................... 82
【拓展训练】 ······························· 84
【课后练习】 ······························· 85
项目4 站点勘测和施工安装 ·············· 86
【项目引言】 ······························· 86
【项目目标】 ······························· 86
【项目重点与难点】 ······················ 86
【项目分析】 ······························· 86
【项目实施】 ······························· 86
任务 1 站点勘测 ························· 86
4.1.1 勘测准备 .............................................. 87
4.1.2 勘测实施 .............................................. 88
4.1.3 勘测报告输出 ...................................... 92
任务2 施工安装 ························· 92
4.2.1 硬件设备介绍 ...................................... 93
4.2.2 施工规范与安全 ................................ 102
4.2.3 施工人员安全防护 ............................ 123
【拓展训练】 ······························ 123
【课后练习】 ······························ 124
实践篇：5G网络优化
项目5 5G单站验证和簇优化 ·········· 126
【项目引言】 ······························ 126
【项目目标】 ······························ 126
【项目重点与难点】 ····················· 126
【项目分析】 ······························ 126
【项目实施】 ····························· 127
任务 1 单站验证 ························ 127
5.1.1 单站验证目的和任务 ....................... 127
5.1.2 单站验证测试流程 ........................... 127
5.1.3 常用商用测试软件的介绍与
使用 ................................................... 134
任务2 簇优化 ···························· 140
5.2.1 簇优化的目的和任务 ....................... 140
5.2.2 簇优化测试流程 ............................... 140
5.2.3 簇优化案例分析 ............................... 147
【拓展训练】 ······························ 152
【课后练习】 ······························ 152
项目6 5G典型问题分析与优化 ········ 153
【项目引言】 ······························ 153
【项目目标】 ······························ 153
【项目重点与难点】 ····················· 153
【项目分析】 ······························ 153
【项目实施】 ······························ 154
任务1 覆盖问题分析与优化 ·········· 154
6.1.1 覆盖问题分类与产生原因 ............... 154
6.1.2 覆盖问题指标与优化方法 ............... 156
6.1.3 覆盖问题数据采集方法 ................... 161
6.1.4 覆盖问题优化的目标 ....................... 162
6.1.5 覆盖问题优化案例分析 ................... 163
任务2 质量问题分析与优化 ·········· 166
6.2.1 质量问题分类与产生原因 ............... 166
6.2.2 质量问题优化方法 ........................... 167
6.2.3 质量问题数据采集方法 ................... 167
6.2.4 质量问题优化的目标 ....................... 167
6.2.5 质量问题优化案例分析 ................... 168
任务3 切换问题分析与优化 ·········· 168
6.3.1 切换问题分类与产生原因 ............... 169
6.3.2 切换问题优化方法 ........................... 169
6.3.3 切换问题数据采集方法 ................... 171
6.3.4 切换问题优化的目标 ....................... 172
6.3.5 切换问题优化案例分析 ................... 172
任务4 速率问题分析与优化 ·········· 182
6.4.1 速率问题产生原因 ............................ 182
6.4.2 速率问题优化方法 ............................ 186
6.4.3 速率问题数据采集方法 .................... 189
6.4.4 速率问题优化的目标 ........................ 189
6.4.5 速率问题的案例分析 ........................ 189
【拓展训练】 ······························ 197
【课后练习】 ······························ 198
项目7 5G网管指标分析与优化 ······· 199
【项目引言】 ······························ 199
【项目目标】 ······························ 199
【项目重点与难点】 ····················· 199
【项目分析】 ······························ 199
【项目实施】 ······························ 199
任务1 网管指标的构成与分类 ······· 200
7.1.1 网管指标的构成 ............................... 200
7.1.2 网管指标的分类 ............................... 202
任务2 5G质差小区分析优化 ········ 207
任务3 专项优化 ························· 208
7.3.1 5G容量专项优化 .............................. 209
7.3.2 VoNR专项优化 ................................. 213
7.3.3 5G端到端专项优化 .......................... 218
7.3.4 4G/5G协同专项优化 ........................ 223
7.3.5 专项优化案例分析 ........................... 230
【拓展训练】 ······························ 239
【课后练习】 ······························ 240

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出版信息

书　　名：5G通信网络规划与优化
执行编辑：本书的内容有任何问题，请联系王淑月
书　　号：978-7-115-66562-1
作　　者： 刘国燕张庆海李坡
定　　价：59.80 元
页　　数：250
印刷方式：黑白印刷
开　　本：16开
出版状态：正在审校

作者介绍

刘国燕，博士，副教授，南京工业职业技术大学现代通信工程专业教师。主要研究方向为多星座融合定位，移动通信技术。近年来第一作者发表SCI检索论文1篇，EI论文1篇、CSCD期刊论文2篇和一般期刊论文3篇。主持或参与市厅级项目3项，横向课题6项，教研课题4项，校级课题4项。获得过校级信息化教学比赛一等奖、省微课教学比赛三等奖。指导学生获得过全国职业院校技能大赛国赛一等奖、省职业院校技能大赛三等奖、“大唐杯”全国移动通信技术大赛国赛一等奖等。