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Research on Receiving Routes and Departure Routes Assignment Problem in High-speed Railway Station Based on SFLA

机译:基于SFLA的高速火车站接收路线与出发路线分配问题研究

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The assignment problem of receiving routes and departure routes in high-speed railway stations is a complex multi-objective combinatorial optimization problem. According to the characteristics of receiving routes and departure routes, assignment model of receiving routes and departure routes in High-speed railway stations is set up. Shuffled Frog Leaping Algorithm (short for SFLA) is adopted to solve that model. As using SFLA, it could reduce the amount of calculation effectively, improve the execution speed of the algorithm and increase the diversity of solutions. And with its unique mechanism of exchanging and sharing information, the solving process is not easy to fall into local optimum, which is beneficial to search the global optimal solution. Using SFLA offers a new method to set up the assignment model of receiving routes and departure routes in High-speed railway stations.
机译:高速铁路站接收路线和离线路线的分配问题是复杂的多目标组合优化问题。根据接收路线和离线路线的特点,建立了高速铁路站中接收路线和离线路线的分配模型。采用随机播放的青蛙跳跃算法(SFLA短路)来解决该模型。与使用SFLA一样,它可以有效地减少计算量,提高算法的执行速度,提高解决方案的分集。凭借其独特的交换和共享信息机制,解决过程并不容易进入局部最优,这有利于搜索全局最优解决方案。使用SFLA提供了一种在高速铁路站中设置接收路线和离线路线的分配模型的新方法。

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