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A microprocessor based route interlocking system for control of trains in railway yards

机译：基于微处理器的路线互锁系统，用于控制火车码中的列车

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Summary form only given. The design and development of a real-time control system called FIRM (fail safe interlocking system for railways using microprocessors) for control of trains in a station yard are considered. Route interlocking is described as a critical application involving human safety. The design is based on fail-safe principles where a fault in the system causes a safe reaction. An approach is proposed for the design of fail-safe systems intended to reduce the system complexity and attain a high safety standard. A model for FIRM has been developed, along with a simulator for the route interlocking system for design validation of FIRM. The simulator uses a software package called SPRINT which can be used to simulate the route-interlocking system and its control environment for any given yard layout.
机译：摘要表格仅给出。考虑了良好的实时控制系统的设计和开发（使用微处理器的铁路故障安全互锁系统），用于控制车站围场中的列车。路由互锁被描述为涉及人类安全的关键应用。该设计基于故障安全原理，系统中的故障导致安全反应。提出了一种方法，用于设计故障安全系统，旨在降低系统复杂性并达到高安全标准。已经开发了一种公司模型，以及用于互联验证的路线互锁系统的模拟器。模拟器使用名为Sprint的软件包，该软件包可用于模拟路由互锁系统及其对任何给定码布局的控制环境。

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