摘要装备维修保障力量的配置优化对于战时的战备完好性与任务执行过程的持续能力起着关键性作用。传统方法描述随机过程的装备保障需求表现能力较弱，导致方案的决策结果不稳定。为了提高装备保障方案的可靠性稳定性，在分析保障力量的配置基础上，提出了基于蒙特卡洛仿真的保障方案模型。设计并实现了基于蒙特卡洛算法的装备保障方案仿真决策系统，本系统依靠仿真真实应用场景来评定保障配置方案的效率和合理性，在场景仿真基础上可以更好的选择保障方案中各个要素之间的组合。82737

毕业论文关键词  蒙特卡洛仿真  装备保障  方案决策   决策方案优化

毕业设计说明书外文摘要

Title    Simulation based on Monte Carlo  of the Safeguards Analytical System Design and Implementation

Abstract Configuration optimization of equipment’s maintenance and support forces for wartime readiness and sustainability of the task execution process plays a key role。 Traditional methods of demands for equipment support in random process have weak performance capabilities, leading to the instability decision result in the program。 To improve the reliability of equipment to protect the stability of the program, based on the analysis in the configuration of the security forces, a support program is proposed model based on Monte Carlo simulation。 Designed and implemented based on Monte Carlo simulation algorithm Equipment Support program decision system, the system relies on real simulation scenarios to assess the efficiency and rationality of the security configuration may be better in the scene simulation based on the selection of the various elements of security programs combination。 

Keywords  Monte Carlo simulation  equipment support scheme decision  decision optimization

目   次

1。 绪论 2

1。1 研究背景与研究意义 2

1。2 研究现状 2

1。3 研究内容 3

2 相关概念与技术 5

2。1 蒙特卡洛仿真方法 5

2。2 保障分析 6

2。3 ASP。NET framework与 Extjs 7

2。3。1 ASP。net Framework 7

2。3。2 Extjs前端框架 7

2。3。3 FineUI 8

3 系统需求分析与系统设计 9

3。1 总体功能要求： 9

3。2 需求分析 9

3。3 模块设计 10

3。4 数据库设计 11

3。4。1 E-R图设计 11

3。4。2 数据库表设计 11

4