An open solution to fault-tolerant Ethernet: design, prototyping, and evaluation

Jiandong Huang, Sejun Song, L. Li, P. Kappler, R. Freimark, J. Gustin, T. Kozlik
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引用次数: 32

Abstract

Presented is an open solution based approach to fault tolerant Ethernet for process control networks. This unique approach provides fault tolerance capability that requires no change of vendor hardware (Ethernet physical link and Network Interface Card) and software (Ethernet driver and protocol), yet it is transparent to control applications. The open fault tolerant Ethernet (OFTE) developed based on this approach performs failure detection and recovery for handling single point of network failure and serves regular IP traffic. Our experimentation shows that OFTE performs efficiently, achieving less than 1 ms end to end LAN swapping time and less than 2 sec failover time, and that concurrent application and system loads have little impact on the performance of failure detection and recovery operations.
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容错以太网的开放解决方案:设计、原型设计和评估
提出了一种基于开放解决方案的过程控制网络容错以太网方法。这种独特的方法提供了容错功能,不需要更改供应商硬件(以太网物理链路和网络接口卡)和软件(以太网驱动程序和协议),但它对控制应用程序是透明的。基于这种方法开发的开放式容错以太网(OFTE)可以进行故障检测和恢复,以处理单点网络故障,并为常规IP流量提供服务。我们的实验表明,OFTE执行效率很高,实现了不到1毫秒的端到端LAN交换时间和不到2秒的故障转移时间,并且并发应用程序和系统负载对故障检测和恢复操作的性能几乎没有影响。
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