Design And Implementation Of Central Control Simulation System Of High-speed Maglev Train

Now, traffic problem is very serious in big city, high efficiency and high density City Railway Traffic System is needed to solve this problem, maglev operation control system (MOCS) is its "brain and nerve". MOCS plays a very important role in the operation of maglev. But, it is very difficult that we do our research and test in the real and working Railway Transportation System. So we do the same thing by a universal simulation system, it will be significant.The central control subsystem's functions and core technology of the operation of the German maglev traffic control system are focused. By analyzing and researching the functions of the system, achieve a set of technologies which can be used in the real central control subsystem.Research work in this thesis is focused on the followings:Firstly, elements of the high-speed maglev train system and the overall structure and functions of the high-speed maglev train operation control system were analyzed.Secondly, the functional requirement was analyzed and the whole structure was designed based on the entire train operation control system of the high-speed Maglev train. Central control system's the overall structure of the hardware and software is designed. The software was divided into module, including communication module,operation and display module and automatic train operation module. Then the static and the dynamic data structure were constructed.Thirdly, the various modules of the software design ideas and processes were analyzed in detail, and describing the relevance of the application of software technology.Finally, the simulation environment of the CCS software was designed. Terminal operator control software, automatic train operation and decentralized system simulation software and equipment simulation software were implemented. The test plan was devised, and the relevant system function was verified.