地铁设备系统联合调试平台 integrated testing management system of metro equipment engineering.pdfVIP

第33卷第5期 土 木 工 程 与 管 理 学 报 Vol.33 No.5 　 2016年9月　 Journal of Civil Engineering and Management Sep. 2016 地铁设备系统联合调试平台 琚倩茜,　 骆汉宾 (华中科技大学　 土木工程与力学学院,湖北　 武汉　 430074) 摘　 要:地铁设备系统涉及车辆、轨道、通信、信号、供电、综合监控等众多子系统,各子系统之间的功能联动技 术复杂、自动化水平高、接口数量巨大,设备系统联合调试的绩效直接决定了整体工程是否能够按时保质开通 运营。 然而,国内联合调试通常依靠上万页各类接口文件+纸质联调记录表格+接口协调会,技术落后、效率 低、易出错。 本文提出了设备联调信息化的实现框架,设计开发了地铁设备系统联合调试平台,有效协助业主 构建复杂物理接口体系并集成相关接口参数、关联联调子过程与对应的接口信息、实时追踪接口状态、自动统 计联调进度,并基于接口冲突协同机制为各参与方提供了一个联调接口冲突实时修复-接口信息在线沟通的 平台。 案例分析结果证明,该平台可以有效提高联调效率,改善接口管理绩效,促进整体工程按时、保质验收。 关键词:地铁设备系统;　 接口;　 设备联调;　 工程管理平台 中图分类号:U455.1;TP399　 　 文献标识码:A　 　 文章编号:2095-0985(2016)05-0091-07 Integrated Testing Management System of Metro Equipment Engineering JUQian-qian,LUOHan-bin (School of Civil Engineering and Mechanics,Huazhong University of Science and Technology, Wuhan430074,China) Abstract:Metro equipment engineering consists of multiple subsystems like Vehicle system, Rail system,Telecommunication system, Signal system, Power system, Integrated supervisory control system etc. The improvement of automation in metro equipment systems has led to the complexity of functional linkages of multiple subsystems and increasing number of physical interfaces. Integrated testing plays an important role in the systemfinal acceptance. However,traditional integrated testing approaches include scattered interface documents, large amount of testing records in paper and frequent interface meetings which result in low efficiency and unnecessary failures. This paper develops an interface-based integrated testing management system,helps the owner to establish the complex physical interface framework and integrate relate