VHDL implementation of low-power turbo decoder

Vijyata, R. Meena, J. B. Sharma
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引用次数: 1

Abstract

Due to famous mistake revising probability turbo coding is significantly used as a piece of advanced correspondence systems. In this paper different arrangement of turbo decoder with decreased element constrain dissemination is shown. In this changed decoder, standard cell based design using pipeline logarithm-most extreme a back (Log-MAP) calculation with clock gating and variable number of cycle is used to reduce the territory and to expand the throughput. Proposed design of modified log-outline decoder is mimicked and mixes using Xilinx14.2. Outcomes of the proposed low-control balanced log-MAP decoder are better than the customary log-MAP turbo decoder.
低功耗涡轮解码器的VHDL实现
由于修正概率turbo编码的常见错误,它作为一种先进的通信系统得到了广泛的应用。本文给出了减少元约束传播的turbo译码器的不同排列方式。在这个改进后的解码器中,采用了基于标准单元的设计,使用管道对数最极端回调(Log-MAP)计算,并采用时钟门控和可变周期数来减小范围并扩大吞吐量。采用Xilinx14.2对改进后的日志轮廓解码器设计进行了模拟和混合。所提出的低控制平衡log-MAP译码器的译码效果优于传统的log-MAP turbo译码器。
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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