军用物资仓储物流可视化管理系统设计

发布时间：2018-09-08 09:49

【摘要】：军用物资的有效保障与管理在国防建设中具有战略性的地位,军用物资的安全,有效的供应,是军队良好运行的基础。由于现在军用物资的种类越来越多,所以导致了军用物资日常保障与管理的任务越来越重,同时由于军用物资对运输以及仓储的环境要求较高,所以有必要建立军用物资仓储物流可视化管理系统,使得军用物资在储以及在运时都能得到可视化,信息化管理。论文针对军用物资在储以及在运的管理,结合网络通信、GIS、数据库等技术,设计并实现了军用物资仓储物流可视化管理系统。该系统由车载终端子系统,门禁巡更仓储管理子系统,运输车辆监控管理平台三部分构成。门禁巡更仓储管理子系统对物流园区进行管理:包括对物流园区中的员工,车辆,闸道,军用物资,仓库等基本信息的管理;门禁管理;物流园区巡更的管理;军用物资的库存管理以及军用物资的物流追踪等。车载终端则采集地理坐标,RFID信息,传感器状态等信息,然后经过无线通信网络传送至远程的运输车辆监控管理子系统,从而实现对运输车辆的实时监控。论文的主要研究工作如下:①阐述了课题的研究背景以及国内外研究现状,并给出了军用物资仓储物流可视化管理系统的总体设计和架构,从整体上介绍了论文研究的系统。分析系统的总体架构后,进一步规划了门禁巡更仓储管理系统以及运输车辆监控平台这两个子系统的系统架构。②详细分析了门禁巡更仓储管理系统,通过对门禁巡更仓储管理子系统的分析,制定了该子系统的设计方案,并且依次给出了子系统中各个模块的设计原则和方案,并根据设计原理,完成了各个子模块的设计工作。③分析与介绍了运输车辆监控平台,首先对运输车辆监控平台子系统进行了总体设计,并对诸如RFID物资识别,北斗静态定位误差修正等关键技术进行了分析与设计。④针对系统的各部分的设计与功能进行了分析与测试,并给出测试结果验证论文研究设计的军用物资仓储物流可视化管理系统是否满足了需求,并根据结果分析该系统,提出下一步工作展望。
[Abstract]:The effective guarantee and management of military materials plays a strategic role in the construction of national defense. The security and effective supply of military materials are the basis for the good operation of the army. As there are more and more types of military materials now, this has led to the increasingly heavy task of daily support and management of military materials. At the same time, because of the higher requirements for the transportation and storage environment of military materials, So it is necessary to establish a visual management system of military material warehousing logistics, so that military materials can be visualized and information management in storage and transportation. Aiming at the management of military materials in storage and transportation, combined with the technology of network communication and database, this paper designs and implements the visual management system of military material warehousing logistics. The system consists of three parts: vehicle terminal subsystem, access guard warehouse management subsystem and transportation vehicle monitoring and management platform. The access guard warehouse management subsystem manages the logistics park, including the management of the basic information, such as employees, vehicles, gates, military materials, warehouses, etc., the entrance control management, the logistics park patrol management, etc. Military material inventory management and military material logistics tracking and so on. The vehicle terminal collects RFID information, sensor status and other information, and then transmits the information to the remote vehicle monitoring and management subsystem through the wireless communication network to realize the real-time monitoring of transport vehicles. The main research work of this paper is as follows: 1. The research background and the present situation of the research at home and abroad are described, and the overall design and structure of the visual management system of military material warehousing logistics are given, and the research system of the thesis is introduced as a whole. After analyzing the overall structure of the system, further planning the access guard warehouse management system and the transportation vehicle monitoring platform system architecture .2 detailed analysis of the access guard warehouse management system. Through the analysis of the warehouse management subsystem of the entrance guard patrol, the design scheme of the subsystem is established, and the design principle and scheme of each module in the subsystem are given in turn, and according to the design principle, The design work of each sub-module is completed. 3 analysis and introduction of transport vehicle monitoring platform are done. Firstly, the overall design of transport vehicle monitoring platform subsystem is carried out, and the identification of materials such as RFID is given. Beidou static Positioning error Correction and other key techniques are analyzed and designed. 4. The design and function of each part of the system are analyzed and tested. The test results are given to verify whether the visual management system of military material warehousing logistics studied in this paper meets the requirements, and the system is analyzed according to the results, and the future work prospect is put forward.
【学位授予单位】：重庆大学
【学位级别】：硕士
【学位授予年份】：2015
【分类号】：TP311.52

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