极性解码器组合逻辑的实现

Swapnil P. Badar, K. Khanchandani
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引用次数: 2

摘要

由于信道编码,无错误通信是可能的。Polar码已被5G无线通信的控制信道码所识别。本文实现了极解码器的组合逻辑。与顺序电路相比,所提出的组合逻辑电路具有较低的设计复杂度。所提逻辑的并行结构为极性解码器的设计提供了最快的逻辑。本文还提出了一种采用顺序位解码方法的极性解码器。采用Verilog HDL在Xilinx平台上进行了设计实现和仿真。这里对复杂性和延迟进行了分析。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Implementation of Combinational Logic for Polar Decoder
Error free communication is possible due to channel coding. Polar code has been identified by control channel code for 5G wireless communication. In this paper we implement combinational logic for polar decoder. As compare to sequential circuits for polar decoder, the proposed combinational logic circuit has low complexity in design. The parallel architecture of proposed logic provides fastest logic for the designing of polar decoder. Polar decoder by using sequential bit decoding approach is also proposed here. The design implementation and its simulations are done on Xilinx platform using Verilog HDL. The analysis for complexity and delay is done here.
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