自主化全自动运行系统研究与应用

介绍全自动运行系统项目的研究目的及研究内容,提出具有普遍借鉴意义的新技术研发、应用思路,形成产学研用、科研攻关、工程推广相结合的技术路线;详细说明自主化全自动运行系统的研究思路,阐述场景和运营规则的研究主线,注重科研与工程相互支撑的理念;在项目组织实施过程中,采用国内调研、国外调研、联合攻关、专家咨询的工作思路,取得丰硕的研究成果;阐述全自动运行系统的架构、创新点及解决的关键问题,论述FAO系统在减少工作重复性、降低损失成本、降低维护成本等方面所起的关键作用;描述系统的测试手段、测试过程及测试方法,测试中按照地铁实际运营线路中的几个场景分别验证,包括室内测试、停车场测试、样板段测试、全线测试;通过完善的系统测试验证,证明系统设计的合理性、技术的先进性及项目管理的科学性,为全自动运行系统的推广和发展提供借鉴。

Research and Application of Independently Developed Fully Automatic Operation System

This paper introduces the purpose and research content of the fully automatic operation project, and puts forward the technical route of R&D, application and popularization of new technology with universal reference, and forms the technical route of combining production with research, scientific research and engineering promotion. The research ideas of the independently developed fully automatic operation system are described in detail. The research line of the scene and the operation rule is expounded, and the mutual support idea of scientific research and engineering is put forward. In the process of project organization and implementation, the working ideas of domestic research, foreign research, joint research and expert consultation are adopted, and we get abundant research achievement. The architecture, innovation point and solved key problems of the fully automatic operation system are introduced, and the key role of the FAO system in reducing the work repetition, reducing the cost of the loss and reducing the maintenance cost is discussed. The system test measure, test process and the test method are described. The tests in accordance with the actual operation of the subway line in a few scenes were verified, including indoor test, parking test, sample section test and full line test; through complete system test and verification, it proves the rationality of the system design, the advancement of the technology, and the scientific nature of the project management, which provide a reference for the promotion and development of fully automatic operation system.