- 电子工业出版社
- 9787121516481
- 1-1
- 568535
- 平塑
- 16开
- 2025-11
- 512
- 320
- 工学
- 计算机类
- 计算机科学与技术
- 本科 研究生及以上
内容简介
本书立足于仿真软件技术的基础性与前沿性，面向复杂系统建模与仿真的实际需求，系统阐述仿真技术的理论基础、开发实践与运行机制，内容涵盖仿真软件开发、仿真架构、仿真程序执行、模型并行设计及分布式通信等关键技术环节，注重理论与实践相结合，力求为读者构建完整的知识体系与实践能力框架。 本书可作为高等院校仿真工程、系统工程、计算机科学、自动化等相关专业的本科生与研究生教材，也可供从事仿真系统研发与应用的工程技术人员参考。期望本书能为读者打开仿真世界的大门，助力读者在科研创新与工程实践中实现新的突破。
目录
第1 章 仿真概述························································································································1
1.1 为何仿真·························································································································1
1.2 何为仿真·························································································································3
1.2.1 从不同视角理解仿真································································································3
1.2.2 基于模型的实验方法································································································4
1.2.3 仿真的基本要素······································································································5
1.3 仿真的分类·····················································································································7
1.3.1 按模型种类分类······································································································7
1.3.2 按时钟比例分类······································································································9
1.3.3 按系统性质分类····································································································10
1.3.4 按系统构造分类····································································································11
1.3.5 按军事用途分类····································································································12
1.4 仿真的应用与限制·······································································································13
1.4.1 仿真的应用···········································································································14
1.4.2 仿真的限制···········································································································16
1.5 军事仿真的分层···········································································································17
本章小结·······························································································································19
本章习题·······························································································································19
第2 章 仿真软件概述···············································································································21
2.1 仿真软件的基本概念···································································································21
2.2 仿真软件的发展历程···································································································23
2.2.1 探索期（1955—1965 年） ······················································································23
2.2.2 初始期（1966—1978 年） ······················································································24
2.2.3 发展期（1979—2008 年） ······················································································25
2.2.4 现阶段（2009 年至今）··························································································25
2.3 仿真软件的选择策略···································································································30
2.3.1 建模特性··············································································································30
2.3.2 运行环境··············································································································31
2.3.3 可视化特性···········································································································31
2.3.4 输出特性··············································································································32
2.3.5 其他方面的关注点·································································································33
2.4 军事仿真软件······················································································
1.1 为何仿真·························································································································1
1.2 何为仿真·························································································································3
1.2.1 从不同视角理解仿真································································································3
1.2.2 基于模型的实验方法································································································4
1.2.3 仿真的基本要素······································································································5
1.3 仿真的分类·····················································································································7
1.3.1 按模型种类分类······································································································7
1.3.2 按时钟比例分类······································································································9
1.3.3 按系统性质分类····································································································10
1.3.4 按系统构造分类····································································································11
1.3.5 按军事用途分类····································································································12
1.4 仿真的应用与限制·······································································································13
1.4.1 仿真的应用···········································································································14
1.4.2 仿真的限制···········································································································16
1.5 军事仿真的分层···········································································································17
本章小结·······························································································································19
本章习题·······························································································································19
第2 章 仿真软件概述···············································································································21
2.1 仿真软件的基本概念···································································································21
2.2 仿真软件的发展历程···································································································23
2.2.1 探索期（1955—1965 年） ······················································································23
2.2.2 初始期（1966—1978 年） ······················································································24
2.2.3 发展期（1979—2008 年） ······················································································25
2.2.4 现阶段（2009 年至今）··························································································25
2.3 仿真软件的选择策略···································································································30
2.3.1 建模特性··············································································································30
2.3.2 运行环境··············································································································31
2.3.3 可视化特性···········································································································31
2.3.4 输出特性··············································································································32
2.3.5 其他方面的关注点·································································································33
2.4 军事仿真软件······················································································
