1.
Algebraic soft decision decoding algorithm for Reed-Solomon codes based on Chase algorithm
一种基于Chase的RS码代数软判决译码算法
2.
Research on Iterative Soft-Decision Decoding of LDPC and GLD Codes;
LDPC码和GLD码的软判决迭代译码研究
3.
Research Encoding and Decoding of RS Codes and the Application of Soft-Decision Decoding;
RS码编译码方法及软判决译码应用的研究
4.
Bit-Interleaved Coded Modulation with Iterative Decoding Using Soft Decision
基于软判决反馈迭代译码的比特交织编码调制方案
5.
A Design and FPGA Implementation of (2, 1, 9) Soft-Decision Viterbi Decoder;
（2，1，9）软判决Viterbi译码器的设计与FPGA实现
6.
Software Decision Decoding of Fano Decoding Algorithm and the FPGA Implementation Method of Its Decoder
软判决Fano译码算法的FPGA实现
7.
Distributed Soft-decision Decoding of Reed-Solomon Codes Based on Cooperative Network;
基于协作网的RS码分布式软判决译码算法
8.
Research on Reliability-Based Soft-Decision Decoding Algorithms for Linear Block Codes
基于可靠性的线性分组码软判决译码算法研究
9.
Digital AGC input-matching circuit for soft-decision LDPC Decoders
基于AGC方法的软判决LDPC译码器输入匹配电路
10.
On a New Class of Two-Dimension Error-Correcting Codes and Their Soft-Decision Decoding Algorithms;
一种新型二维纠错码及其软判决译码方法的研究
11.
The fact that the constructed networks canfinish minimum Hamming distance decoding and minimum soft distance decoding to graphtheoretic code was proved.
最后给出采用所构造的前向神经网络进行一个图论码的硬判决译码和软判决译码的计算机模拟结果。
12.
Soft-decision decoding algorithm of Reed-Solomon codes using multiple biases
一种利用多重偏置的RS码软判译码算法
13.
Iterative Carrier Recovery Based on Soft Decision Metrics of LDPC Decoding
基于LDPC译码软信息的迭代载波恢复
14.
The Research of the Logic Algebra Decoding Method of (2, 1, 4) Convolutional Code;
（2，1，4）卷积码的逻辑代数译码方法研究
15.
Reliability-Based Iterative Soft Decoding of Reed-Solomon Codes with Adaptive Belief Propagation
一种利用ABP基于可信度迭代的RS码软译码算法
16.
An Optimized Judgment Algorithm of Code Digital Demodulation Based on MMSE Theory
一种优化的MMSE码元数字解调判决算法
17.
A Decoding Algorithm Based on Joint judging message passing schedule for Low-Density Parity Check Codes
基于联合判决消息传递机制的LDPC码译码算法研究
18.
Low-complexity MAP Decoding for Iterative Receiver
迭代接收机中软译码算法的低复杂度实现