基于双RAM的LDPC译码翻转算法

Pothumarthi Nagaiah, Gopala krishna Mellempudi
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引用次数: 0

摘要

一种通用的基于RAM的FPGA结构,用于解码LDPC码。基于RAM的解码使我们能够将排列网络简化为简单的地址控制器。此外,在FPGA中使用具有各种宽高比的块ram提供了从区域驱动的紧凑设计到完全并行的高吞吐量设计的灵活性。该设计利用RAM的读优先特性,通过同时访问所有四个端口,有效地利用了双端口块RAM资源。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Dual RAM Based LDPC Decoding Bit Flipping Algorithm
A generic RAM based FPGA architecture for decoding LDPC codes. RAM based decoding enables us to reduce permutation networks into simple address controllers. Moreover, utilizing Block RAMs with various aspect ratios in an FPGA provides flexibility ranging from area driven compact designs to fully parallelized high throughput designs. Utilizing the read-first property of the RAMs, the proposed design efficiently exploits the dual port Block RAM resources by accessing all the four ports at the same time.
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