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Error Control Mechanisms using CODEC

机译:使用CODEC的错误控制机制

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Todaypsilas communication system is susceptible to many types of errors and interferences. There are different types of error detection and correction mechanisms proposed by many authors. One of the important methods of error control is by means of encoding/decoding techniques at source/destination. In this context, we propose an evaluation process of convolutional encoder and decoder (CODEC), for the various constraint lengths and for different generator polynomials, for the given messages considering burst errors and distributed errors in the received messages. The frac12 rate and hard decision coding is considered in this paper. Performance evaluation in terms of error correction capability of CODEC is shown through simulation using two burst error recovery techniques.
机译:如今,psilaslas通信系统容易受到许多类型的错误和干扰的影响。许多作者提出了不同类型的错误检测和纠正机制。错误控制的重要方法之一是借助于源/目的地处的编码/解码技术。在这种情况下,对于各种约束长度和不同的生成多项式,对于给定的消息,考虑到突发消息错误和接收到的消息中的分布错误,我们提出了卷积编码器和解码器(CODEC)的评估过程。本文考虑了frac12速率和硬决策编码。通过使用两种突发错误恢复技术的仿真,显示了根据CODEC的纠错能力进行的性能评估。

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