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Advanced Error-Control Coding Methods Enhance Reliability of Transmission and Storage Data Systems

机译:先进的错误控制编码方法增强了传输和存储数据系统的可靠性

摘要

Iterative coding systems are currently being proposed and accepted for many future systems as next generation wireless transmission and storage systems. The text gives an overview of the state of the art in iterative decoded FEC (Forward Error-Correction) error-control systems. Such systems can typically achieve capacity to within a fraction of a dB at unprecedented low complexities. Using a single code requires very long code words, and consequently very complex coding system. One way around the problem of achieving very low error probabilities is turbo coding (TC) application. A general model of concatenated coding system is shown - an algorithm of turbo codes is given in this paper.
机译:当前,迭代编码系统正在被提议并被许多未来的系统接受,作为下一代无线传输和存储系统。本文概述了迭代解码FEC(前向纠错)错误控制系统的最新技术。这样的系统通常可以以前所未有的低复杂度实现容量在dB的几分之一以内。使用单个代码需要非常长的代码字,因此需要非常复杂的编码系统。解决极低错误概率问题的一种方法是Turbo编码(TC)应用程序。给出了级联编码系统的通用模型-本文给出了Turbo码的算法。

著录项

  • 作者

    Vlcek K.;

  • 作者单位
  • 年度 2003
  • 总页数
  • 原文格式 PDF
  • 正文语种 en
  • 中图分类

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