搜索资源列表
fec_convcode
- 卷积码的C语言代码实现，其中包括（2，1,2）卷积码编码器和维特比译码的实现。-Convolutional code C code implementation, including the (2,1,2) convolutional code encoder and Viterbi decoding.
(2-1-3)C
- C语言实现(2,1,3)的卷积码的编码与译码-Convolutional code to achieve the C language
convolutional-codes
- 基于MATLAB的卷积码的编译码实现。采用串行编码原理实现编码，Viterbi硬判决实现译码。-Encoding and decoding of convolutional codes based on MATLAB. Coding theory serial code, the Viterbi hard decision to achieve decoding.
212convolutional-code-
- 212卷积码编码与维特比译码程序。在vc下编译通过。-212 convolutional code with Viterbi decoding procedure. Compiled by the vc.
Cviterbi_wlano
- 卷积码和viterbi译码的的TI C54代码 -Convolutional codes and viterbi decoding of the TI C54 code
viterbichengxu
- 卷积码的编码和译码的matalb程序，译码算法采用viterbi算法-Convolutional encoding and decoding matalb procedures decoding viterbi algorithm using
juanjima
- 卷积码仿真与分析 在理解卷积码编译码原理的基础上使用Matlab语言进行编程，首先产 生一段随机序列，即原始的发送比特流，然后对该信号进行卷积编码、BPSK 映射、加噪、解映射及译码，得到恢复的数据。 -The simulation and analysis of the convolutional code to understand convolutional code encoding and decoding principle the basis of the Matlab
convotion_decode
- 用verilog写的卷积码的编码程序以及viterbi译码程序-Use verilog write convolution code coding procedures and viterbi decoding program
ucovn
- visual DSP 下实现现卷积码和维特比译码可直接使用。 -now convolutional code and Viterbi decoding visual DSP can be used directly.
juanji2
- 本程序是在Xilinx ISE上编写的，它完成（2,1,6）卷积码的译码工作。里面有源程序和用以仿真的测试文件-The program is written on Xilinx ISE, it completed (2,1,6) convolutional code decoding. Source and for the simulation of the test file inside
juanji_example
- matlab实现卷积码，viterbi译码，总结了常用的卷积码编码多项式，以及完整的仿真程序-matlab convolutional codes, viterbi decoding, summed used polynomial convolution coding, as well as a complete simulation program
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
matlb_viterbi
- (2,1,2)卷积码链路仿真,采用viterbi译码算法,采用m语言编写,并非直接调用matlab内部函数,有助于对viterbi译码算法的理解-(2,1,2) convolutional code link simulation using viterbi decoding algorithm using m language, not directly call matlab internal function, contribute to the understanding of vite
BERcurve_CV_soft2_QA
- 卷积码的编译码程序，采用matlab编写的源程序，以及BER计算程序-Convolutional code encoding and decoding procedures, using matlab
tail_biting_conv
- 316咬尾卷积码的WAVA译码与ML译码-316tailbitingcodes WAVAandMLdecoding algorithms
code
- 在SIMULINK模块设计中，完成了对卷积码的编码和译码以及误比特统计整个过程的模块仿真。-SIMULINK module design, simulation module to complete the whole process of the convolutional code encoding and decoding and bit error statistics.
encode
- 在SIMULINK模块设计中，完成了对卷积码的编码和译码以及误比特统计整个过程的模块仿真。-SIMULINK module design, simulation module to complete the whole process of the convolutional code encoding and decoding and bit error statistics.
bcjr
- BCJR算法的仿真,卷积码、turbo码中用的译码算法-simulation for BCJR algorithm
216Convolutional-code-Vibet
- 实现（2，1，6）卷积码的维比特译码源程序，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 -Achieve (2,1,6) convolutional code Viterbi decoder source code, using the maximum likelihood algorithm for soft decision Viterbi decoding algorithm process three steps: initiali
213Convolutional-codecode-anddecode
- 实现（2，1，3）卷积码的编译码的源程序 采用了最大似然算法 译码采用了维比特译码-Achieve (2,1,3) of the source of the encoding and decoding of the convolutional code using a maximum likelihood decoding algorithm Viterbi decoding