战时物流态势显示与推演评估系统设计与实现

发布时间：2018-01-02 03:24

本文关键词：战时物流态势显示与推演评估系统设计与实现　出处：《大连理工大学》2015年硕士论文　论文类型：学位论文

【摘要】：现代战争已进入信息化时代,这就要求在指挥军事物流活动时能根据当前态势迅速反馈。然而,目前在军事行动指挥等相关军事活动中,多数情况下采用在大幅纸质地图上进行人工标绘这种传统作业方式。不仅效率较低,而且也很难实现相关人员进行动态的模拟演练。为了解决这一问题,研发一款能够动态形象地展示战时态势以及使相关研究人员可以对军事物流活动进行推演评估的计算机仿真系统是十分必要的。本文首先通过对物流仿真系统的可行性以及实际需求两方面进行分析,确定了总体采用B/S架构设计。前端界面展示使用Flex开发,构建了全套的标绘工具、动态形象地显示了战时态势要图以及提供实时的统计分析工具等。后端采用Spring以及Hibernate等架构技术,负责复杂逻辑处理和与数据库交互行为。其中在处理运行任务期间大量的终端之间的交互行为时,系统使用Apache Mina提供的接口处理各终端之间的网络通讯,极大地提高系统的并发处理能力。持久化层使用Oracle数据库,用以存储运输实体、物流装备以及物流方案等相关数据,方便以后查询。除此之外,为了更好地提高系统的性能,在系统设计阶段还对具体的功能实现进行了优化设计。其次,根据上面的系统设计情况实现系统并进行了必要的测试。经验证,系统基本上满足了用户的需求。本系统为用户提供了全套标准的态势标绘工具,实现了实时统计分析推演过程中物资储备与消耗等相关信息的功能。最重要的是,为相关研究人员提供了一个动态推演军事物流活动的软件仿真平台,对提高其研究训练的工作质量有一定的帮助。
[Abstract]:The modern war has entered the information age, which requires rapid feedback according to the current situation in the command of military logistics activities. However, at present, in the military operations command and other related military activities. In most cases, manual mapping on large paper maps is a traditional way of operation. It is not only inefficient, but also difficult to achieve dynamic simulation exercises. In order to solve this problem. It is very necessary to develop a computer simulation system that can display the wartime situation dynamically and enable the relative researchers to deduce and evaluate the military logistics activities. Feasibility and actual demand are analyzed. The whole design of B / S architecture is determined. The front-end interface display is developed with Flex, and a complete set of plotting tools is built. Dynamic display of wartime situation diagram and provide real-time statistical analysis tools, etc. The back-end uses Spring and Hibernate architecture technology. Responsible for complex logic processing and interaction with the database, where interaction between a large number of terminals during a running task is handled. The system uses the interface provided by Apache Mina to deal with the network communication between the terminals, which greatly improves the concurrent processing ability of the system. The persistence layer uses Oracle database. Used to store transport entities, logistics equipment and logistics solutions and other related data for future inquiry. In addition, in order to improve the performance of the system. In the system design phase, the specific functional implementation of the optimization design. Secondly, according to the above system design to achieve the system and the necessary tests. The system basically meets the needs of users. This system provides users with a full set of standard situation mapping tools. It realizes the function of real-time statistical analysis and related information such as material reserve and consumption. The most important thing is to provide a software simulation platform for the related researchers to dynamically deduce the military logistics activities. It is helpful to improve the quality of research and training.
【学位授予单位】：大连理工大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52

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