Impact of trellis termination on performance of turbo codes

Viktor Durcek, M. Kuba, M. Dado
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引用次数: 1

Abstract

Decoding performance of turbo decoder is weakened, if trellis ends in an unknown state. Trellis termination is an important method for overcoming this problem and improving performance of turbo codes by periodically adding tail bits into information sequence. In this paper various types of trellis termination are described. Performance of a turbo code without trellis termination and the turbo code with its first trellis terminated is compared. Turbo encoder used in simulations is based on design from 3GPP/UMTS and 3GPP/LTE standards while BCJR algorithm is used for decoding.
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网格终止对turbo码性能的影响
如果栅格以未知状态结束,则会削弱turbo解码器的解码性能。栅格终止是克服这一问题和提高turbo码性能的重要方法,通过在信息序列中周期性地添加尾位。本文介绍了各种类型的网格终止。比较了没有终止格子的turbo码和终止了第一个格子的turbo码的性能。仿真中使用的Turbo编码器基于3GPP/UMTS和3GPP/LTE标准设计,解码采用BCJR算法。
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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