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The Application of Graphic Theory on Railway Yard Interlocking Control System

机译:图形理论在铁路货场联锁控制系统中的应用

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A most important function of railway yard interlocking system is to supply accessible and safe routes for train dispatching, namely route search. A railway yard can be modeled as a directed weighted graph according to the network of infrastructure and rule of train movement. Then the problem turns to a graph search problem. In this paper we presented two style of interlocking system both existed with different characteristics and supply areas. Then two graph search approaches, based on revised Dijkstra algorithm and heuristic search algorithm respectively, are adopted to satisfy the different demand for each system. This associated solution is presented to be well fitted for railway yard interlocking system. Experiment results based on real yard graph demonstrate its feasibility and effectiveness.
机译:铁路站场联锁系统的最重要功能是为火车调度提供可访问且安全的路线,即路线搜索。根据基础设施网络和火车运行规则,可以将铁路货场建模为有向加权图。然后问题变成了图搜索问题。在本文中,我们提出了两种类型的联锁系统,它们都具有不同的特性和供应区域。然后分别采用基于修正的Dijkstra算法和启发式搜索算法的两种图搜索方法来满足每个系统的不同需求。该相关解决方案被认为非常适合铁路货场联锁系统。基于实码图的实验结果证明了该方法的可行性和有效性。

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