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viterbi_for_bch.rar
- Viterbi based trellis decoder for (7,4) - binary BCH code,Viterbi based trellis decoder for (7,4)- binary BCH code
viterbi
- verilog程序，实现了（2，1，4）卷积码编码，和基于回溯算法的维特比译码器-verilog program to achieve the (2,1,4) convolutional code encoding, and algorithm based on the back of the Viterbi decoder
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
viterbi
- verilog code for viterbi encoder and decoder
Control
- 维特比译码器控制器部分Verilog代码-The controller part of the Viterbi decoder in Verilog code
viterbi_decoder_axi4s
- Viterbi译码器的verilog代码和测试-Verilog code and testing of the Viterbi decoder
newViterbi217
- 基于IEEE802.11n标准,采用verilog语言设计的(2,1,7)卷积码viterbi译码器,支持1/2,2/3,3/4,5/6四种码率的译码,以测试无误-IEEE802.11n standard Verilog language design (2,1,7) convolutional code viterbi decoder support 1/2, 2/3, 3/4, 5/6 four bit rate decoding to test and correct
Enc_With_Punc---2011-11-28-v3.0
- Viterbi 译码打孔和去打孔代码, ,VERILOG 代码，自己写的，包含时钟打孔，-Viterbi Decoder With Puncture and Depuncture， Verilog Code，clock puncture ,
viterbideoderupdated
- Viterbi decoder source code is in verilog with CRCv-Viterbi decoder source code is in verilog with CRCv
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