A Survey on the Integration of the FlexRay Bus in Distributed Automation and Control Systems

R. Froschauer, F. Auinger
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引用次数: 4

Abstract

State-of-the-Art industrial automation and control systems lack of universal communication technologies in order to handle their increasing engineering complexity. In opposition to the automation and control domain, where different field bus technologies are competing, the automotive domain has identified similar problems, founded a corporate consortium and introduced a new universal bus system. This new bus system is called FlexRay and is supposed to be the successor of CAN and analog bus systems for in-car applications. Similar to the introduction of CAN within the automation domain FlexRay may become the standard for distributed automation and control applications. This paper investigates the FlexRay communication system for its usage in the field of automation and control, by defining scenarios for the beneficial usage of FlexRay and by identifying the advantages and disadvantages compared to current available field bus systems.
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FlexRay总线在分布式自动化控制系统中的集成研究
当前的工业自动化和控制系统缺乏通用的通信技术来处理其日益增加的工程复杂性。与不同现场总线技术相互竞争的自动化和控制领域相反,汽车领域也发现了类似的问题,成立了一个企业联盟,并引入了一种新的通用总线系统。这种新的总线系统被称为FlexRay,被认为是车载CAN和模拟总线系统的继任者。与在自动化领域引入CAN类似,FlexRay可能成为分布式自动化和控制应用的标准。本文研究FlexRay通信系统在自动化和控制领域的使用,通过定义FlexRay的有益使用场景,并通过识别与当前可用的现场总线系统相比的优点和缺点。
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