First prototype and experimental assessment of media management in ReCANcentrate

M. Barranco, David Gessner, J. Proenza, L. Almeida
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引用次数: 3

Abstract

Although the use of star topologies to improve dependability in field-buses is gaining in importance, as in TTP/C and FlexRay, a mature technology such as the Controller Area Network (CAN) remained essentially a bus-only network. Thus, we proposed a CAN-compliant replicated star topology called ReCANcentrate, which has advanced error-containment and fault-tolerance mechanisms. Its two hubs are coupled with each other and create a single logical broadcast domain that allowed us to propose, in a previous work, a strategy for each node to easily manage the replicated star by means of a software driver that abstracts away the details of the replication. This paper describes the main functionalities of this driver, as well as the first tests we have conducted, on a real ReCANcentrate prototype, to verify the correctness and the performance of the driver in the absence and in the presence of faults.
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ReCANcentrate媒体管理的第一个原型和实验评估
尽管使用星形拓扑来提高现场总线的可靠性越来越重要,如在TTP/C和FlexRay中,成熟的技术,如控制器区域网络(CAN)本质上仍然是一个总线网络。因此,我们提出了一种符合can协议的复制星型拓扑,称为ReCANcentrate,它具有先进的容错和容错机制。它的两个中心相互耦合,并创建一个单一的逻辑广播域,这允许我们在之前的工作中提出一种策略,通过抽象复制细节的软件驱动程序,为每个节点轻松管理复制的星型。本文描述了该驱动程序的主要功能,以及我们在真实的ReCANcentrate原型上进行的第一次测试,以验证该驱动程序在无故障和存在故障情况下的正确性和性能。
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