矿物运输轨旁运行控制系统测试平台设计

发布时间：2018-06-28 15:51

本文选题：矿物运输 + 轨旁运行控制　；参考：《北京交通大学》2017年硕士论文

【摘要】：在运行控制系统的研制过程当中,基于实验室仿真测试平台的全功能测试是检验系统功能完备性及正确性的重要环节,因此,研究环境仿真及故障注入技术研制实验室仿真测试平台具有应用价值。轨旁运行控制系统是运行控制系统的重要组成部分,是保障列车安全运行以及提高运输效率的关键设备。本文针对具有自动装卸及重车走正线且连续运行等特点的矿物运输系统,设计了矿物运输轨旁运行控制系统测试平台,搭建了该平台的测试环境,并对该平台进行了测试验证。论文的主要工作内容如下:(1)分析了矿物运输业务流程和轨旁运行控制系统工作原理,在此基础上,分析了测试平台的功能需求,完成了测试平台的总体设计,包括测试平台的总体结构设计以及测试平台与矿物运输轨旁运行控制系统间的接口设计。(2)研制了轨旁运行控制系统测试平台的关键硬件模块,包括数据驱动采集转接单元的硬件及功能软件。(3)完成了轨旁运行控制系统测试平台的主要功能软件总体设计,在此基础上,编制包括轨旁设备状态仿真、列车运行仿真和故障注入等三部分功能软件,其中,列车运行仿真包括自动行车和手动行车两种仿真模式。(4)搭建了轨旁运行控制系统测试平台的测试环境,并完成了平台的功能及其接口的测试验证,测试结果表明该测试平台达到了预期设计效果。
[Abstract]:In the process of developing the operation control system, the full-function test based on the laboratory simulation test platform is an important link to verify the functional completeness and correctness of the system. The research of environment simulation and fault injection technology development laboratory simulation test platform has application value. The rail side operation control system is an important part of the operation control system. It is the key equipment to ensure the safe operation of the train and improve the transportation efficiency. Aiming at the mineral transportation system which has the characteristics of automatic loading and unloading and heavy truck running along the main line and continuous running, this paper designs the test platform of the mineral transportation rail side operation control system, builds the test environment of the platform, and carries on the test verification to the platform. The main contents of this paper are as follows: (1) the operational flow of mineral transportation and the working principle of the rail side operation control system are analyzed. On this basis, the functional requirements of the test platform are analyzed, and the overall design of the test platform is completed. It includes the design of the overall structure of the test platform and the interface design between the test platform and the mineral transport rail side operation control system. (2) the key hardware module of the test platform for the rail side operation control system is developed. It includes the hardware and function software of data-driven acquisition and transfer unit. (3) the main functional software design of the test platform of the track side operation control system is completed. On this basis, the simulation of the state of the equipment beside the track is compiled. Train operation simulation and fault injection are three functional software, among which, train operation simulation includes two simulation modes: automatic driving and manual driving. (4) the test environment of the test platform for the rail side operation control system is built. The function of the platform and the test verification of the interface are completed. The test results show that the test platform achieves the desired design effect.
【学位授予单位】：北京交通大学
【学位级别】：硕士
【学位授予年份】：2017
【分类号】：TD634

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