列车运行调整,Train operation adjustment
1)Train operation adjustment列车运行调整
1.Study on the algorithm for train operation adjustment based on no-delay dispatch;列车运行调整问题的无延迟调度算法研究
2.Research of theory and method for train operation adjustment on double track railway lines;复线列车运行调整理论与方法的研究
3.The concept of “adjacent train” was introduced to build a new model for train operation adjustment on single-track railways based on their operational characteristics.针对单线列车运行的特点,提出了“相邻列车”的概念,根据此概念建立了单线列车运行调整模型,并推导了列车运行图偏差函数作为模型调整目标。
英文短句/例句
1.Research on the Algorithm for Train RegulationBased on Train Running State Derivation Graph;基于列车运行状态推导图的列车运行调整算法
2.Study on Passenger Special Line Train Regulation Model and Algorithm;客运专线列车运行调整模型及算法研究
3.Optimization Model and Algorithm of Train Operation Adjustment in Subbureau Dispatch System;分局调度系统列车运行调整优化模型与算法
4.Centralized Traffic Control System for Train Operation Adjustment Design and Implementation调度集中列车运行调整系统的设计与实现
5.STUDY ON WORKING OUT THE ADJUSTED TRAIN DIAGRAM BY COMPUTER用计算机编制列车运行调整计划的研究
6.Research on MAS-Based Method for Urban Rail Transit Train Operation Adjustment;基于MAS的城市轨道交通列车运行调整方法研究
7.Study on the Application of Fuzzy Neural Networks for Train Operation Adjustment System;模糊神经网络在列车运行调整中应用的研究
8.Train Operation Adjusting Research under CBTC Urban Rail Transportation Based on Expert System;基于专家系统的城轨CBTC列车运行调整研究
9.Study on the Train Operation Adjustment on Double-track Line Based on Ant Colony Algorithm;基于蚁群算法的双线铁路列车运行调整研究
10.Study on target system of the railway rescheduling based on the theory of satisfactory optimization单线列车运行调整目标体系与算法模型的研究
11.Research on Ant Colony Algorithm for Railway Network Cooperative Train Operation Adjustment网络协同列车运行调整的蚁群算法研究
12.Selection-based Genetic Algorithms in Train Dispatching基于选择的遗传算法在列车运行调整中的研究
13.Study on Satisfactory Optimization of ITS Dispatch Management System and Adjusting Train Diagram;ITS指挥系统的满意优化理论及列车运行调整研究
14.Genetic Algorithms Based on Selection with Applications to Railway Traffic Control;基于选择的遗传算法研究及其在列车运行调整中的应用探讨
15.The Discussion of Noduses of Plan Made by Computer Train Operation Adjustment for Railway Regional Administration in DMIS;DMIS系统中利用计算机编制分局列车运行调整计划的难点研究
16.Research on Petri Net-Based Method for Urban Rail Transit Train Regulation基于Petri网模型的城市轨道交通列车运行调整方法研究
17.Study on the Target System of the Railway Rescheduling Based on the Theory of Satisfactory Optimization基于满意优化理论的列车运行调整目标体系的研究
18.Iterative Repair Method of Single-track Railway Rescheduling Based on Discrete Event Topologic Diagram Model基于离散事件拓扑图模型的单线列车运行调整迭代修复算法
相关短句/例句
railway rescheduling列车运行调整
1.A satisfactory-theory-based target system model of therailway rescheduling is developed by the theory of the satisfactory optimization.为了解决列车运行调整优化过程中调整目标存在目标单一、适应性不强、不能满足实际运行情况等问题,在对各种常用的性能指标进行综合分析的基础上,并结合现场调查与调度经验,利用满意优化理论,分析了晚点列车的等级、晚点时间、晚点列车数量等不同性能指标对调整目标满意度的影响。
2.The optimization ofrailway rescheduling is a very complex issue,many factors should to be taken into account,and it\"s difficult to give a perfect optimization model.列车运行调整的优化是一个非常复杂的问题,需考虑的因素很多,很难给出一个完美的优化模型。
3)adjustment of train operation diagram列车运行图调整
4)adjusting train diagram on double track railway复线列车运行调整
1.Satisfactory rate function is designed to represent the satisfactory rate of the performance specification in the model, in addition, the synthesis satisfactory rate function is constructed with the fairness law, and the satisfactory optimization model and solution ofadjusting train diagram on double track railway are produced.针对复线列车运行调整模型中各项性能指标 ,设计了适合各自特点的评价函数——满意度函数 ,并采用公正原则来完成综合满意度的建立 ,从而构造出可靠反映列车运行调整过程及调整优化规律的复线列车运行调整满意优化模型并提供有效的算法 。
5)plan of adjusting train operation列车运行调整计划
6)Train Movement Adjustment列车运行计划调整
延伸阅读
列车运行自动化根据列车在铁路线路上运行的客观条件和实际情况，对列车运行速度等进行自动监督、控制和调整的技术。其作用是保证行车安全、提高运输效率、节省能源、改善司机劳动条件，以及为实现铁路运营管理自动化创造条件。列车运行自动化内容是随着技术发展而增多，现在主要包括列车自动停车(ATS)，列车自动控制(ATC)和列车自动操纵 (ATO)。列车自动停车是在机车与地面间装设的一种相互发生联系的设备，在司机未能确认并执行地面信号机停车信号或减速信号的命令时，能够强迫列车自动停车，以防止列车冒进信号。列车自动控制系统是接受地面送来的运行速度信号，并与现行实际运行速度相比较，若超过允许速度，则能自动降速，以确保行车安全的装置。但列车自动控制系统一般不能自动加速，必须由司机来操纵加速。列车自动操纵又名列车自动驾驶，它是列车自动控制系统的进一步发展，除完成列车自动控制系统功能外，还能根据允许加速显示信号自动进行加速，因此它是一套完整的闭环自动控制系统。此外，在列车自动操纵系统中还增加列车自动开闭车门等辅助性操作。
