Benchmarking methodology for IP testing in industrial networks

P. Chlumský, Z. Brabec, L. Cepa, Milos Kozak
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引用次数: 1

Abstract

This paper aims to describe a benchmarking methodology for testing the performance of IP protocols in industrial and control networks with regard to the deployment of Smart Grids. Based on the ITU recommendation and definitions, the paper summarizes the general communication requirements for ICT networks and confronts them with the requirements set out in the standards for specific types of industrial and control network implementations such as electrical power industry, water industry, transport industry, etc. The paper provides qualitative parameters, which aim to characterize the transmission characteristics of IP protocol based on confrontation of the communication requirements. It is necessary to define general data streams that are typical for industrial and control networks and measurement scenarios for measuring these transmission characteristics. Finally, the paper defines the minimum topology of test network and minimal configuration of network elements where the methodology for testing IP protocols is demonstrated.
工业网络中IP测试的基准方法
本文旨在描述一种基准测试方法,用于测试工业和控制网络中关于智能电网部署的IP协议的性能。本文根据国际电联的建议和定义,总结了ICT网络的一般通信要求,并将其与电力行业、水利行业、交通行业等特定类型的工业和控制网络实施标准中规定的要求进行了比较。本文从通信需求的对立出发,提出了定性参数来表征IP协议的传输特性。有必要定义工业和控制网络以及测量这些传输特性的测量场景的典型通用数据流。最后,本文定义了测试网络的最小拓扑和网元的最小配置,并演示了测试IP协议的方法。
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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