Page 11 - 通信技术分析及发展研究
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第一章 通信技术的概述 ······································································ 1
第一节 现代通信技术基础知识 ······················································· 1
第二节 通信技术建设与管理 ·························································17
第三节 网络通信技术在现代社会中的应用与创新 ······························29
第二章 计算机技术与通信技术融合研究 ················································35
第一节 计算机通信技术的发展 ······················································35
第二节 计算机通信技术在信息管理系统中的应用 ······························42
第三节 远程通信技术在计算机监控系统中的应用 ······························49
第四节 计算机技术与通信技术融合应用技术 ····································57
第三章 数字通信技术应用研究 ····························································67
第一节 数字通信技术原理 ····························································67
第二节 数字通信技术的优点 ·························································69
第三节 数字通信技术应用研究 ······················································70
第四章 基于数字孪生体系的 5G 通信信号仿真应用分析 ···························85
第一节 5G 信号仿真算法应用现状 ·················································85
第二节 基于数字孪生体系的 5G 信号仿真应用架构及实现流程 ·············86
第三节 基于数字孪生体系的 5G 信号仿真的优势 ·······························96
第四节 基于数字孪生体系的 5G 信号仿真应用案例分析 ······················99
第五节 基于数字孪生体系的 5G 通信仿真在各领域的应用前景 ··········· 109
