Design And Implementation Of The Emu Dispatching Management Systme For The Passenger Special Line

Technology of the passenger special line is the most advanced railway technology.. EMU as a completed task on Transportation of the most important production of mobile equipment, motor car passenger line management is the most important system engineering aspects. Articles with information technology as a starting point, focus on how to use information technology tools, comprehensive use of high-speed rail trains and vehicles, operation rules, vehicle maintenance laws, crew of the dispatching rules to automatically prepare and hand-assisted adjustment of a combination of the Formation various types of car program, how to use information technology tools to improve scheduling order EMU edit, publish, sign, sign, return receipt view the way to ensure open lines of EMU. the vehicle used in the dynamic adjustment of status with the grouping of the accuracy and timeliness, the use of information by means of moving car line, maintenance monitoring, to ensure that the motor car to open the line process, scheduling the relevant departments to timely access to relevant information, abnormal situation, to provide contingency plans for users to choose, for the scheduling department provide a powerful information management tools.The article of the EMU dispatch system architecture design, functional design and data flow analysis and research, focusing on the classification scheme of moving cars, the preparation processes, moving vehicles scheduling order flow between the various positions and the motor car program relationship with the scheduling order. This structure is in accordance with the general process of software engineering to be organized, above all. business needs analysis, a more systematic analysis of the situation in the new scheduling system EMU business needs. System to a unified plan for the core, integrated management and coordination of passenger line between the professional, dedicated passenger line and between the existing lines and passenger transport between the relations of production, focusing on planning the moving car, plan adjustment process, the contents of operation monitoring and the scheduling order processes, and dynamic vehicle planning and scheduling of the joint motor car. and summed up the software functional requirements and network requirements. Next is the system design and development of the whole system of technical background and implementation, highlighting the system studied in this paper the design and implementation of the article last part of the implementation of the system technology and architecture. Finally, the system implementation process, summed up the system put into play the benefits of using the system after the prospect.