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Application of Computer-Aided Systems Engineering to Develop Automated Train Control (ATC) System

机译:应用计算机辅助系统工程开发自动列车控制(ATC)系统

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The project to develop an automaticrntrain control (ATC) subsystem for the AutomatedrnGuided Transit (AGT) system has high technical riskrnbecause the wireless train control technology isrnunprecedented in Korea. To succeed in developing thernATC subsystem, SE team took a reverse engineeringrnapproach focused on building an engineering model ofrnthe ATC subsystem. The scope of this paper is torndevelop a functional architecture of the ATCrnsubsystem using the CASysE tool of Vitech Corp.,rnCORE. This paper shows how the generic SE processrnwas tailored to perform a reverse engineering approachrnin developing the wireless signal/control subsystem.
机译:为韩国的自动引导运输(AGT)系统开发自动火车控制(ATC)子系统的项目具有很高的技术风险,因为韩国的火车控制技术是前所未有的。为了成功开发ATC子系统,SE团队采取了逆向工程方法,重点是建立ATC子系统的工程模型。本文的范围是使用Vitech Corp.rnCORE的CASysE工具来开发ATCrn子系统的功能架构。本文说明了如何在开发无线信号/控制子系统时对通用SE流程进行定制以执行逆向工程方法。

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