基于离散并行仿真服务的联合兵力仿真系统的设计与实现

发布时间：2018-10-19 07:20

【摘要】：仿真技术在军事领域的应用越来越重要,其主要优点包括运行方便、节省开销、减少伤亡、场景丰富等。其中并行离散事件仿真是当前比较先进的仿真技术,主要特点是并行运行和离散事件推进机制,使得仿真程序的运行效率获得很大的提高,而且模型也更加贴合实际场景。本文主要采用现有的并行离散仿真服务框架,综合分析陆军演习的实际场景,对联合兵力仿真系统的设计与实现过程做了分析与阐述。针对联合兵力仿真系统的实际应用需求,结合离散并行仿真服务框架的特点,本论文的主要工作分为以下几点:(1)分析并行离散事件仿真的基本原理,介绍联合兵力仿真系统依赖的并行离散仿真服务框架及其主要功能,并详细分析了联合兵力仿真系统对仿真框架的集成需求。(2)结合离散并行仿真服务框架的结构特点,对联合兵力仿真系统进行了总体设计和模型构建,论文将联合兵力仿真系统划分为数据初始化模型、系统对象模型、事件管理模型和用户接口模型四类模型。(3)对构建好的四个模型进行详细的设计与实现,分析模型涉及的相应模块的具体流程、相应算法等,并对主要模块进行具体的设计实现。(4)针对设计实现的联合兵力仿真系统,对联合兵力仿真系统的仿真流程,功能设计进行测试,最终确定联合兵力仿真系统的正确性以及应用场景。通过以上工作,本文设计实现了一个联合兵力仿真系统,该系统很好的逼真了陆军实际作战场景,实用性较强,而且有一定的可扩展性,即本文的建模方法可以为其他军事仿真和建模提供一定的参考。
[Abstract]:The application of simulation technology in military field is becoming more and more important. Its main advantages include easy operation, saving cost, reducing casualties, rich scenes and so on. Parallel discrete event simulation is an advanced simulation technology, which is characterized by parallel running and discrete event propulsion mechanism, which makes the efficiency of the simulation program greatly improved, and the model is more suitable to the actual situation. This paper mainly uses the existing parallel discrete simulation service framework, synthetically analyzes the actual scenes of the army exercises, and analyzes and expounds the design and implementation process of the joint forces simulation system. According to the practical application requirements of the joint forces simulation system and the characteristics of the discrete parallel simulation service framework, the main work of this paper is as follows: (1) the basic principle of parallel discrete event simulation is analyzed. This paper introduces the parallel discrete simulation service framework and its main functions, and analyzes in detail the integrated requirements of the joint forces simulation system for the simulation framework. (2) combining the structural characteristics of the discrete parallel simulation service framework, The general design and model construction of the joint force simulation system are carried out. The simulation system is divided into data initialization model and system object model. Event management model and user interface model are four kinds of models. (3) the detailed design and implementation of the four models, the analysis of the model involved in the specific process of the corresponding module, the corresponding algorithm, etc. And the main modules are designed and implemented. (4) the simulation process and function design of the joint force simulation system are tested according to the design and implementation of the joint forces simulation system. Finally, the correctness and application scenario of the joint force simulation system are determined. Through the above work, this paper designs and implements a joint force simulation system. The system is very realistic, practical and extensible. That is to say, the modeling method in this paper can provide some reference for other military simulation and modeling.
【学位授予单位】：北京邮电大学
【学位级别】：硕士
【学位授予年份】：2016
【分类号】：E11;TP391.9

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