摘要
在进行互联互通ATP系统集成测试时,搭建一套完整的CBTC测试环境十分耗时,且人力、物力成本较高。基于互联互通CBTC的ATP系统集成测试要求,设计并实现了地面仿真环境。该仿真环境包括CI,ATS和线路环境,实现了各部分的相关功能,且对该环境进行了功能验证。
In an integration test of the interconnectivity of ATP systems, it is quite time-consu ming to set up a complete suite of CBTC test environment with too much labor and resources and higher cost. Based on the requirements of integration test for the Interconnectivity of CBTC＇s ATP systems, a ground simulation environment is designed and realized. The simulation environ ment includes CI, ATS and TDB and realizes related functions of those parts. Finally, functional verification test of the environment is made.
出处
《铁道通信信号》
2018年第6期72-73,78,共3页
Railway Signalling & Communication
基金
中国铁道科学研究院集团有限公司通信信号研究所项目.重庆地铁CBTC互联互通区域控制中心(ZC)系统的研究.1552TH0202
