CAJ | 학술논문

CBTC 车载控制器是一个对安全性能有较高要求的系统，对其进行完整的测试具有很重要的意义。但在实际的系统研发和测试中，对其核心的车载控制器还缺乏可信的安全生命周期集成和测试手段。最原始的方法就是把待测的CBTC 车载系统安装到真实车辆上进行测试，但这种方法成本大，安全系数不高。从仿真模型、测试程序集和与被测单元的接口等三方面提出通用方法，并尝试在自主CBTC系统的产业化过程中建立测评公共服务平台。
CBTC 차재공제기시일개대안전성능유교고요구적계통，대기진행완정적측시구유흔중요적의의。단재실제적계통연발화측시중，대기핵심적차재공제기환결핍가신적안전생명주기집성화측시수단。최원시적방법취시파대측적CBTC 차재계통안장도진실차량상진행측시，단저충방법성본대，안전계수불고。종방진모형、측시정서집화여피측단원적접구등삼방면제출통용방법，병상시재자주CBTC계통적산업화과정중건립측평공공복무평태。
CBTC car safety controller is a high performance system requirements, has a very important meaning its complete test. But in the actual system development and testing, its core vehicle controller also lacks credible security lifecycle integration and testing methods. The most primitive method is to be tested is mounted to the vehicle system CBTC tested on a real vehicle, but the cost of this method is large, the safety factor is not high. General method proposed simulation model from three aspects, test procedures and test sets, and the interface unit, etc., and try to establish a platform for the evaluation of public services in the industrialization process of self-CBTC system.