The time-triggered Ethernet (TTE) design

H. Kopetz, A. Ademaj, P. Grillinger, K. Steinhammer
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引用次数: 288

Abstract

This paper presents the rational for and an outline of the design of a time-triggered (TT) Ethernet that unifies real-time and non-real-time traffic into a single coherent communication architecture. TT Ethernet is intended to support all types of applications, from simple data acquisition systems, to multimedia systems up to the most demanding safety-critical real-time control systems which require a fault-tolerant communication service that must be certified. TT Ethernet distinguishes between two traffic categories: the standard event-triggered Ethernet traffic and the time-triggered traffic that is temporally guaranteed. The event triggered traffic in TT Ethernet is handled in conformance with the existing Ethernet standards of the IEEE. The design of TT Ethernet has been driven by the requirement of certification of safety-critical configurations and an uncompromising stand with respect to the integration of legacy applications and legacy Ethernet hardware.
时间触发以太网(TTE)设计
本文介绍了一种时间触发(TT)以太网的设计原理和概要,该以太网将实时和非实时业务统一到一个统一的通信体系结构中。TT以太网旨在支持所有类型的应用,从简单的数据采集系统到多媒体系统,再到要求最严格的安全关键实时控制系统,这些系统需要必须经过认证的容错通信服务。TT以太网区分两类流量:标准事件触发的以太网流量和时间触发的临时保证流量。TT以太网中的事件触发流量按照IEEE现有的以太网标准进行处理。TT以太网的设计一直受到安全关键配置认证需求的驱动,以及对遗留应用程序和遗留以太网硬件集成的不妥协立场。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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