试验部队科研固定资产管理系统的设计与实现  

Designing and Implementing MIS of Fixed Assets Supported Scientific Task in Experimenting Army

作　　者：文海[1] 杨蓬正 李青钰 WEN Hai a YANG Peng-zheng b LI Qing-yu b(a. Department of Metrology ＆ Testin b. Logistics Department, Huayin Ordnance Test Center, Huayin 714200, China)

机构地区：[1]中国华阴兵器试验中心计量测试站,陕西华阴714200 [2]中国华阴兵器试验中心后勤部,陕西华阴714200

出　　处：《兵器装备工程学报》2017年第3期93-97,共5页Journal of Ordnance Equipment Engineering

基　　金：军内科研项目"基于物联网技术的科研固定资产管理应用研究"(2014SY55A0016)

摘　　要：无论在管理理念上,还是在管理模式上,试验部队科研固定资产管理与军队或地方的固定资产管理有很大不同;在分析科研固定资产管理需求的基础上,给出了五层物联网结构和B/S/S运行模式的总体设计;为便于资产管理业务的快速操作与处理,提出了用数字码、二维码和RFID标签来共同标识一个资产实物的实现思路;为降低重复录入与处理的工作量,提高资产相关数据的可信度,给出了基于Web Service的系统集成方法;为突出安全,在国内对自主可控尚无统一标准要求的情况下,从硬件选用、软件选择和信息流转等方面,提出了较为全面的自主可控建设策略;系统运行的结果表明:资产信息及动态可以快速、准确、安全地获取,满足试验部队的管理需要。Whether it is the concept or mode,the experimenting army and other units are very different about the assets management. Based on the demand analysis,this paper gave the overall design of five layers Io T structure and B / S / S mode. In order to facilitate the rapid operation,we put forward three codes to identify the same asset. System integration method based on Web Service was proposed to avoid repeated processing. There is no unified standard requirement in the country,from the hardware selection,software selection,information transfer,etc.,a more compre- hensive strategy about independently controllable was given. Through the on-line operation,the result shows that the asset information and the dynamic information can be fast,accurate and safe to obtain to meet the needs of management.

关 键 词：科研固定资产 物联网技术 资产标识 系统集成 自主可控 

分 类 号：TJ06[兵器科学与技术—兵器发射理论与技术]