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Simulation on High Speed Train with Driving Algorithm and Rules for Operation Image Control

机译:基于驱动算法和运行图像控制规则的高速列车仿真

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Presently, a high speed train is an emerging system to serve effective mass transportation which is operated on local and national rail networks among neighbor borders. Thailand is recognized as a central both air and land transport containing vehicles and railway. The high speed train projects are planned to connect between Northward to Southward, West to East and North-Eastern. In order to public service, safty and consistency are extreamly significant with high degree of driver’s responsibility. Driver’s license and training certificate is necessary. One of the most effective training system is using the virtual simulator which emulating the reality system and rules. This paper purposes driving simulation of high speed train with imitation emphasizing on driving rules for operation image control. Simulation consists of the major content which is image control interacted with mechanical devices, software and PLC interface. Objects of track, stations and so on are firstly created by using 3D model before assembled in the forms of train route. There are two methods that can be created; video based and animation. As the result of experiment, it is found that the animation with C#programing control is more flexible, less time and effort, better resolution whereas the video frame image processing takes advantage on less complex and easily to produce and usage. This study is concerned only the North-Eastern line of Thailand on the first phase.
机译:当前,高速列车是一种服务于有效的大众运输的新兴系统,该系统在相邻边界之间的本地和国家铁路网络上运行。泰国被公认为是包含车辆和铁路的空中和陆地运输的中央地区。高速火车项目计划连接北向南,西向东和东北。为了公共服务,安全性和连贯性极为重要,并具有高度驾驶员责任感。需要驾驶执照和培训证书。最有效的培训系统之一是使用虚拟模拟器,它模拟现实系统和规则。本文旨在以仿真为重点,对高速列车的驾驶仿真进行仿真,重点是用于操作图像控制的驾驶规则。仿真包括主要内容,即与机械设备,软件和PLC接口交互的图像控制。首先使用3D模型创建轨道,车站等对象,然后再将它们组装成火车路线。可以创建两种方法;视频和动画。实验结果表明,具有C#编程控制的动画更加灵活,省时,省力,分辨率高,而视频帧图像处理则具有复杂性低,易于制作和使用的优势。这项研究仅涉及第一阶段的泰国东北线。

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