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所在平台: Udemy |
课程主页: https://www.udemy.com/course/principles-of-railway-control-communication-systems-irse-module-c/
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**课程名称：** 铁路控制与通信原理 (IRSE C模块) **课程概述：** 本课程是一门深入的视频课程，旨在帮助学员全面理解铁路控制与通信系统的原理。课程涵盖了信号和通信的基本要求，它们与铁路运营的集成，以及在确保列车安全、高效和可靠运行中的作用。 本课程特别适合铁路专业人士、工程师和备考认证的学员，通过简单的语言、真实的案例和实际演示来解释关键概念。 **学习内容：** * **模块一：铁路信号与通信基础** * 信号和通信系统的核心要求。 * 交通模式、车辆和基础设施对信号设计的影。 * 通信在降级操作和应急管理中的作用。 * **模块二：铁路信号原理** * 进路信号和速度信号概念。 * 绝对闭塞、许可运行和单线控制原理。 * 移动闭塞和现代信号发展。 * **模块三：信号系统与安全防护** * 列车检测和联锁系统。 * 机车信号和基于传输的信号。 * 自动列车防护 (ATP)、列车停车信号和预警系统。 * 自动列车运行 (ATO) 及不同自动化等级。 * **模块四：信号员控制与交通管理** * 控制中心在铁路运营中的作用。 * 自动进路设置和交通管理系统。 * 轨道布局风险评估，包括侧面防护。 * **模块五：铁路道口与安全分配** * 不同类型的铁路道口及其控制机制。 * 信号、通信、运营商和维护人员之间的安全与可靠性分配。 * **模块六：测试、调试与安全运行** * 信号和通信系统的测试方法。 * 确保系统故障期间的安全运行。 * 信号原理中的安全考虑和人为错误最小化。 * **模块七：铁路通信系统** * 用于信号和列车控制的通信服务。 * 网络组件、拓扑结构和传输技术。 * 铁路中的 GSM-R、LTE、Wi-Fi 和语音通信系统。 * 网络安全、网络规划和干扰预防。 * **模块八：系统集成与可靠性规划** * 新系统与遗留系统及第三方系统的接口。 * 管理电磁兼容性和网络安全威胁。 * 配置紧急呼叫区域，确保隧道和终点站的无线电覆盖。 **适宜人群：** * 铁路信号和通信工程师。 * 铁路行业的运营和安全专业人员。 * 准备铁路控制工程认证考试的学生。 * 希望提升对现代铁路系统知识的专业人士。
Principles of Railway Control and Communication Systems (Module C) of the Advanced Diploma in Railway Control Engineering / IRSE Professional ExaminationCourse OverviewThis comprehensive video course provides an in-depth understanding of the principles of railway control and communication systems. It covers the fundamental requirements of signalling and telecommunications, their integration with railway operations, and their role in ensuring safe, efficient, and reliable train movements.Designed for railway professionals, engineers, and students preparing for certification exams, this course explains key concepts using simple language, real-world examples, and practical demonstrations.What You Will LearnModule 1: Fundamentals of Railway Signalling & TelecommunicationsCore requirements for signalling and telecommunications systemsThe impact of traffic patterns, rolling stock, and infrastructure on signalling designRole of telecommunications during degraded operations and emergency managementModule 2: Principles of Railway SignallingRoute signalling and speed signalling conceptsAbsolute block, permissive working, and single-line control principlesMoving block and modern signalling advancementsModule 3: Signalling Systems and Safety ProtectionsTrain detection and interlocking systemsCab signalling and transmission-based signallingAutomatic train protection (ATP), train stop signals, and warning systemsAutomatic train operation (ATO) and different Grades of AutomationModule 4: Signaller Control & Traffic ManagementRole of control centres in railway operationsAutomatic route setting and traffic management systemsRisk assessment in track layouts, including flank protectionModule 5: Railway Crossings & Safety ApportionmentDifferent types of railway crossings and their control mechanismsSafety and reliability allocation between signalling, telecom, operators, and maintainersModule 6: Testing, Commissioning & Safe OperationsMethods for testing signalling and telecom systemsEnsuring safe operation during system failuresSafety considerations in signalling principles and human error minimizationModule 7: Railway Telecommunication SystemsTelecom services for signalling and train controlNetwork components, topologies, and transmission technologiesGSM-R, LTE, Wi-Fi, and voice communication systems in railwaysCybersecurity, network planning, and interference preventionModule 8: System Integration & Reliability PlanningInterfacing new systems with legacy and third-party systemsManaging electromagnetic compatibility and cybersecurity threatsConfiguring emergency call areas and ensuring radio coverage in tunnels and terminalsWho Should Take This Course?Railway signalling and telecom engineersOperations and safety professionals in the railway industryStudents preparing for railway control engineering certification examsProfessionals seeking to enhance their knowledge of modern railway systems
