用与奇偶校验位相连接的CRC确定通信中错误检测的质量

T. Mattes, F. Schiller
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引用次数: 2

摘要

本文提出了一种将CRC与奇偶位结合使用的编码技术的剩余错误概率和汉明距离的确定方法。这样的组合可以在工业通信中找到,其中特定于应用程序的CRC嵌入到具有奇偶校验机制的常规现场总线通信中。在典型的错误检测分析中,通常只考虑CRC来确定剩余错误概率或汉明距离。奇偶校验位的影响还没有被利用,因为没有计算连接的方法。奇偶校验机制的包含允许关于错误检测质量的更真实的信息。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Determination of the quality of error detection in communication by CRC concatenated with parity bits
This paper presents a method to determine the residual error probability and the Hamming-Distance of a coding technique that applies CRC in combination with parity bits. Such a combination can be found in industrial communication where an application specific CRC is embedded in regular fieldbus communication with a parity mechanism. In a typical error detection analysis, usually only the CRC is considered for the determination of the residual error probability or the Hamming-Distance. The effect of the parity bits has not been exploited yet, since no methods for the calculation of the concatenation were at hand. The inclusion of the parity mechanism allows more realistic information about the quality of the error detection.
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