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考虑能力利用效率的本线与跨线列车开行方案协同优化研究
引用本文:武晋飞,张军锋,马正猛,牛健峰.考虑能力利用效率的本线与跨线列车开行方案协同优化研究[J].铁路计算机应用,2020,29(5):6-11.
作者姓名:武晋飞  张军锋  马正猛  牛健峰
作者单位:1. 中国铁道科学研究院集团有限公司 电子计算技术研究所, 北京 100081;
基金项目:中国铁路兰州局集团有限公司科研项目(201907-1)国家重点研发重点专项项目(2018YFB1201404)
摘    要:列车开行方案是编制列车运行图的基础,合理设计列车停站方案对区段内的客流分配有着直接影响。通过研究现行的列车开行方案,结合客流量等数据,考虑提高线路通过能力和列车能力利用效率,进行本线列车与跨线列车的协同优化研究。结合数据,提出假设条件,建立本线与跨线高速列车开行方案协同优化模型。使用多目标优化的线性加权算法进行目标函数的转化和求解,并以京沪高铁为案例,对模型的参数进行标定,得到本线与跨线列车协同优化开行方案。通过对现行方案与优化方案的车站服务频率、停站次数等的对比分析,验证了模型的有效性和可行性。

关 键 词:本线与跨线列车    开行方案    协同优化    京沪高铁    线路能力利用
收稿时间:2019-09-30

Collaborative optimization of operation scheme of this line and cross line trains considering capacity utilization efficiency
Affiliation:1. Institute of Computing Technologies, China Academy of Railway Sciences Corporation Limited, Beijing 100081, China;2. China Railway Lanzhou Group Co. Ltd., Lanzhou 730000, China
Abstract:Train operation scheme is the basis for the preparation of the train operation diagram. The reasonable design of train stop station plan has a direct impact on the distribution of passenger flow in the section. Through the study of the current train operation scheme, combining with the passenger flow and other data, considering the improvement of the line capacity and the utilization efficiency of the train capacity, this paper carried out the collaborative optimization research of this line train and cross line train. Based on the data, the paper puts forward the hypothesis conditions and establishes the collaborative optimization model of this line and cross line high-speed train operation scheme, used linear weighting algorithm of multi-objective optimization to transform and solve the objective function. Taking Beijing Shanghai High-speed Railway as an example, the paper calibrated the parameters of the model, and obtained the coordinated optimization scheme of this line and cross line train operation.The validity and feasibility of the model are verified through the comparative analysis of the station service frequency and stop station times between the current scheme and the optimized scheme.
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