Description: CPM信号的形成,连续相位的实现,如何把在卷积码译码中的维特比译码方法结合到CPM译码中来,并通过matlab软件进行仿真实现-CPM signals the formation of a continuous phase of implementation, how to decode the convolutional code Viterbi decoding method in combination to the CPM decoding in the past, and Simulation by matlab software Platform: |
Size: 2048 |
Author:legend |
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Description: viterbi 译码相关算法讲解和Verilog代码,代码已经通过仿真验证没问题。-viterbi decoding algorithm explanation and Verilog code, the code has been verified by simulation problems. Platform: |
Size: 1591296 |
Author:徐帅 |
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Description: 卷积编码器自身具有网格结构,基于此结构我们给出两种译码算法:Viterbi 译码算法和BCJR 译码算法-Convolution encoder grid structure, we give two decoding algorithm based on this structure: Viterbi decoding algorithm and
BCJR decoding algorithm Platform: |
Size: 786432 |
Author:yangziyuan |
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Description: viterbi解码,不是matlab自带程序,而是额外的编程-viterbi decoding, not matlab own procedures, but the additional programming Platform: |
Size: 4096 |
Author:梁广进 |
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Description: 使用viterbi方法译码的源代码,可以绘制最佳路径选择过程的仿真图-Viterbi decoding method using the source code, you can draw the best path selection process simulation diagram Platform: |
Size: 2048 |
Author:朱雄志 |
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Description: 基于维特比译码算法的BPSK解调方式,survivor_state是一个矩阵,它显示了通过网格的最优路径,这个矩阵通过一个单独的函数metric(x,y)给出,这个算法既能用于硬判决译码也能用于软判决译码。
-BPSK demodulation method based on viterbi decoding algorithm, survivor_state is a matrix, the optimal path of it shows through the grid, the metric matrix through a separate function (x, y), the algorithm can not only used for decoding hard decision can also be used to the soft decision decoding.
Platform: |
Size: 5120 |
Author:duanyy |
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Description: 是用于解决基于HMM的人脸识别算法中解码问题的viterbi算法,在VS2010上运行成功,对加深对 viterbi算法的理解有一定的帮助-For HMM-based face recognition problem viterbi decoding algorithm runs in VS2010 success viterbi algorithm for deepening the understanding of some help Platform: |
Size: 3263488 |
Author:王国盛 |
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Description: 详细的卷积编码与维特比译码算法。产生随机信号,对信号进行卷积编码,然后经过数值转换、格雷编码,QPSK调制,进入加噪信道,之后进行QPSK解调,格雷解码, 数制转换、 维特比译码得到接收端的信号。-Detailed convolutional coding and Viterbi decoding algorithm. Random signal, the signal convolution coding, and then through numeric conversion, Gray coding, QPSK modulation, plus noise into the channel, followed by QPSK demodulation, decoding Gray, number system conversion, Viterbi decoding to get the receiving end of the signal. Platform: |
Size: 1024 |
Author:阿龙 |
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