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Cost-effective variable node using thermalcode addition for LDPC decoders

机译:LDPC解码器使用热码添加的经济高效型可变节点

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References(9) The current paper presents thermalcode addition technology as applied to an LDPC decoder to replace a variable node unit in the traditional adder. The proposed irregular quantization of thermalcode addition can generate information with regularity, which makes addition to the variable node executable by combinational logic circuit. With the original BER performance, code rate 1/2, and matrix (1296,648) in 802.11n standard, the simulation and logic synthesis results reveal that the presented LDPC decoder can save up to 21% of the hardware area.
机译:参考文献(9)当前的论文介绍了热码加法技术,该技术已应用于LDPC解码器,以取代传统加法器中的可变节点单元。所提出的热码相加的不规则量化可以生成具有规律性的信息,这使得可以通过组合逻辑电路对可变节点进行相加。仿真和逻辑综合结果表明,凭借802.11n标准中的原始BER性能,1/2编码率和矩阵(1296,648),该LDPC解码器可以节省多达21%的硬件面积。

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