本书针对当前国内后勤保障仿真领域研究的不足，围绕作战后勤保障的职能任务、业务流程和实施标准，将后勤保障仿真纳入作战仿真之中并与之融为一体，全面论述作战后勤保障仿真概念、职能作用、开发方法、关键技术和实用案例，构建了相对完整的作战后勤保障仿真理论体系。同时，按照全要素、全流程仿真的要求，采用先进的、基于服务的仿真框架以及多Agent仿真引擎技术，构建了作战后勤保障仿真系统通用架构，重点考虑模型设计、数据基础、想定管理、态势表现、事后分析、集成实现等核心问题，给出了AUML建模方法、后勤协同筹划过程建模、基于最小动作序列的保障过程建模以及数据集成、想定开发、后勤通用态势显示、高维数据表现、事件跟踪分析、基于JLVC的后勤实战化训练等关键技术的解决方案。

庞国锋，北京航空航天大学博士，高级工程师，中国仿真学会理事，一直在空军后勤信息中心从事研究工作，对虚拟现实技术有深入了解和研究，写作通俗易懂。

第 1 章 绪论··········································································································1
1.1 作战后勤保障仿真的研究背景·······························································1
1.2 作战后勤保障仿真的基本概念·······························································6
1.3 作战后勤保障仿真的职能作用·······························································7
1.4 作战后勤保障仿真的发展趋势·······························································9
1.5 本书的编排结构····················································································11
第 2 章 作战后勤保障仿真需求论证 ·································································13
2.1 主要内容 ·······························································································13
2.2 系统组成 ·······························································································19
2.3 基本功能 ·······························································································22
2.4 战技指标 ·······························································································24
2.5 其他需求 ·······························································································25
第 3 章 作战后勤保障仿真模型体系 ·································································29
3.1 体系设计 ·······························································································29
3.2 基于 AUML 的建模方法·······································································35
3.3 概念模型 ·······························································································43
3.4 模型管理 ·······························································································71
3.5 模型验证 ·······························································································75
第 4 章 作战后勤保障仿真数据体系 ·································································78
4.1 体系组成 ·······························································································78
4.2 数据标准化····························································································83
4.3 数据集成 ·······························································································90
第 5 章 作战后勤保障仿真想定管理 ·································································99
5.1 相关概念 ······················································································99
5.2 内容组成 ····························································································.101
5.3 描述方法 ····························································································.105
5.4 具体实现 ····························································································.106
第 6 章 作战后勤保障仿真态势显示 ······························································.109
6.1 需求分析 ····························································································.109
6.2 系统设计 ····························································································.111
6.3 实现方法 ····························································································.114
第 7 章 作战后勤保障仿真事后分析 ······························································.121
7.1 统计分析 ····························································································.122
7.2 数据可视化·························································································.129
7.3 事件跟踪与回溯·················································································.131
第 8 章 作战后勤保障仿真系统开发方法·······················································.134
8.1 基于 HLA 的仿真引擎·······································································.135
8.2 基于 Agent 的仿真引擎 ·····································································.138
8.3 基于 SOA 的仿真服务框架 ·······························································.149
8.4 开发过程 ····························································································.158
8.5 AnyLogic 开发平台············································································.161
第 9 章 作战后勤保障仿真应用领域之一——后勤保障方案评估·················.167
9.1 基本概念 ····························································································.167
9.2 评估思路和过程·················································································.175
9.3 评估指标体系设计·············································································.177
第 10 章 作战后勤保障仿真应用领域之二——后勤保障模拟训练··············.186
10.1 基本概念和特点···············································································.186
10.2 功能需求···························································································.189
10.3 系统设计···························································································.190
10.4 后勤实战化训练解决方法································································.192
后记——关于军用仿真技术发展的思考···························································.197
参考文献·············································································································.206