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Convolutional encoding and Viterbi decoding with k
- 卷积码编码和维特比解码 当K为7 时 供大家参考Convolutional encoding and Viterbi decoding with k 7 rate 1 2 -convolutional coding and Viterbi decoding when K 7:00 for reference convolutional encoding and Viterbi decoding with k 1 2 7 rate
VDK9R12
- viterbi译码器（2.1.7），里面什么都有，测试模块，编码模块和译码模块-Viterbi Decoder (2.1.7), which has everything, testing modules, Encoding and decoding module module
viterbidecoder
- 提供实现了（2，1，7）卷积码的维特比译码的源程序，采用了最大似然算法，介绍了软判决维特比译码算法过程的三个步骤：初始化、度量更新和回溯译码。-for achieving a (2,1,7) Convolutional Codes Viterbi decoding of the source, using the maximum - likelihood algorithm, introduced a soft-decision Viterbi decoding algorithm of the
viterbi_for_bch.rar
- Viterbi based trellis decoder for (7,4) - binary BCH code,Viterbi based trellis decoder for (7,4)- binary BCH code
viterbidecoder
- viterbi译码器的Verilog实现,(3,1,7)零尾卷积码-viterbi decoder implementation by verilog HDL （3，1，7）zero tail conventional code
cConnvolutiono
- 卷积码编码与维特比解码 当K为7 时 供大家参考-convolutional encoding and Viterbi decoding with k 1 2 7 rate
viterbi-deoder
- viterbi decoder with constraint length 7,4
verilog-juanjima
- 卷积码是一种重要的前向纠错信道编码方式，其纠错性能常常优于分组码，且(2,1,7)卷积码已应用于现代卫星通信系统中。Viterbi译码算法能最大限度地发挥卷积码的优异性能。这里采用Verilog HDL语言设计出(2,1,7)卷积码的编码器模块和基于Viterbi算法的译码器模块，译码器采用全并行结构，译码速度快-Convolutional code is an important forward error correction channel coding method, and