数据传输和完整性

J. Leis
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引用次数: 1

摘要

本章区分了错误检测和错误纠正。它显示了一个简单的信道编码方案的误码概率的计算。本章帮助读者理解块错误检测和块错误校正算法的工作原理。它解释了卷积编码的操作,包括路径搜索算法。本章讨论了私钥加密、密钥交换方法和公钥加密。回顾了数据传输完整性建模中两个有用的概念。这些是概率概念和整数运算。数据传输完整性检查的计算,以及数据安全和加密的新方法,通常依赖于整数算法,特别是模算法。本章介绍了误码率的关键概念,并将误码率与系统整体、传输信号功率以及遇到的外部噪声联系起来。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Data Transmission and Integrity
This chapter distinguishes between error detection and error correction. It shows calculation of the bit error probabilities for a simple channel coding scheme. The chapter helps the reader to understand the working of algorithms for block error detection and block error correction. It explains the operation of convolutional coding, including path‐search algorithms. The chapter discusses private key encryption, key‐exchange methods, and public‐key encryption. It reviews two useful concepts in modeling data transmission integrity. These are probability concepts and integer arithmetic. Calculations for data transfer integrity checking, and newer approaches to data security and encryption, depend on integer arithmetic in general and modulo arithmetic in particular. The chapter introduces the key concept of the bit error rates and relates it to the system overall, the transmitted signal power, and the external noise encountered.
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