铁路工程技术与经济2024,Vol.39Issue(1) :55-59.

基于三维坐标系的动车组运检计划算法模型

Algorithm Model for EMU Operation and Maintenance Plan Based on Three-dimensional Coordinate System

王永刚
铁路工程技术与经济2024,Vol.39Issue(1) :55-59.

基于三维坐标系的动车组运检计划算法模型

Algorithm Model for EMU Operation and Maintenance Plan Based on Three-dimensional Coordinate System

王永刚1
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作者信息

  • 1. 中国铁路上海局集团有限公司,上海 200071
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摘要

构建以动车组-交路\修程-天数三维坐标系数学模型,全面考虑动车组运用与检修计划编制的优化目标和约束条件,构建动车组运检计划优化编制的数学优化模型.在给定动车组数量、交路计划的前提下,根据动车所实际情况,以"天"为最小的计划编制时间单位,通过控制换车次数,以检修时剩余里程为追求目标,阐述并规范运检计划算法实现流程,实现大空间分段式快速粒子群优化算法完成动车组运检计划的快速给定.

Abstract

Construct a mathematical model based on the three-dimensional coordinate system of EMU-routing/repair-days,comprehensively consider the optimization objectives and constraints of EMU operation and maintenance plan preparation,and build a mathematical optimization model for the optimization of EMU operation and maintenance plan preparation.Given the number of EMUs and routing plan,based on the actual situation of the EMU depot,taking"days"as the minimum planning time unit,by controlling the number of vehicle changes,taking the remaining mileage during maintenance as the pursuit goal,elaborate and standardize the implementation process of the operation and maintenance plan algorithm,and achieve the rapid provision of EMU operation and maintenance plan through large-space segmented fast particle swarm optimization algorithm.

关键词

三维坐标系/运检计划/算法流程/粒子群算法/多约束条件

Key words

three-dimensional coordinate system/operation and maintenance plan/algorithm flow/PSO/multiple constraints

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出版年

2024
铁路工程技术与经济
铁路工程定额所

铁路工程技术与经济

影响因子:0.66
ISSN:1007-9890
参考文献量8
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