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viterbi
- 卷积码的译码方法主要有两种：代数译码和概率译码。代数译码是根据卷积码的本身编码结构进行译码，译码时不考虑信道的统计特性。概率译码在计算时要考虑信道的统计特性。典型的算法如：最大似然译码、Viterbi译码、-Convolutional Decoding by two major ways : Decoding algebra, probability and decoding. Decoding is based on algebraic Convolutional Codes itself c
viterbi1
- 一个很好的viterbi译码算法！卷积码的编译码！-a good Viterbi decoding algorithm! Convolutional Codes of encryption!
Converg
- 快速卷积算法实现，使用MFC实现界面，适合数字信号处理的初学者。-fast convolution algorithm, using MFC interface, digital signal processing for beginners.
convolution
- 本算法针对盲源分离卷积算法，可以直接使用，效果很好-The convolution algorithm for blind source separation algorithm can be directly used with good results
Vitebi
- 这是一种用C实现的(2,1,7)卷积码维特比译码算法的软件实现.-This is an achievable with C (2,1,7) convolutional code Viterbi algorithm software.
Iiteerative_bt
- 盲迭代反卷积算法，能在在不求PS的情况下恢复图像 -Blind iterative deconvolution algorithm can restore the image does not seek the PS
volume
- 卷积算法的DSP实现，程序中的例子是正弦波卷积冲击信号和正弦波卷积方波的仿真-Convolution algorithm of the DSP implementation, examples of the program is a sine wave signal and a sine shock convolution convolution square wave simulation
jj
- 卷积算法 卷积算法 卷积算法-Convolution algorithm Convolution algorithm Convolution algorithm
CT-geant-qt
- CT成像：基于卷积算法的matlab的CT图像重建算法 geant4三维建模导入：基于c++语言导入geant4 两个qt学习资料-CT imaging: convolution algorithm based on the CT image reconstruction algorithm geant4 3D modeling import: Based on the c language to import geant4 two qt learning materials
Image-Enhancement-Using-Deconvolution-master
- 图像退卷积的几种方法，直接输入图片就能够进行相应的退卷积运算(Image deconvolution of several methods, directly enter the picture will be able to carry out the corresponding deconvolution)
fft_convolution
- 实现了基于fft的卷积算法。更快速和高效(The convolution algorithm based on FFT is implemented)
interv
- 交织可以使信道的突发错误转化成随机错误，是通信过程中的一个非常重要环节。实际应用中，交织类型非常之多，但最典型的类型主要有矩阵交织、卷积交织，和存储器交织，深刻了解交织原理的最好方式是对其仿真算法的实现，本算法来自卫星通信一线技术人员，非常精炼，值得通信同行借鉴。(Interleaving can make the burst error of the channel be transformed into random error, and it is a very important ste
juanji
- 卷积算法，自己用C语言编的。一个简单的二维数组卷积算法(Implementation of convolution algorithm in C language)
196179
- 快速卷积算法实现,使用MFC实现界面,适合数字信号处理的初学者,()
一种快速稳健高斯回归滤波算法_孔明
- 针对稳健高斯回归滤波器运行速度过慢的问题，利用截断高斯权函数的快速卷积提高了算法 运行速度。在详细分析稳健高斯回归滤波器和卷积函数的基础上，推导了截断高斯权函数，并通过实验 确定了合适的参数值。(convolution of the truncated Gauss weight function is used to improve the algorithm. Running speed. Based on the detailed analysis of the robust Gauss r
56016806Viterbi
- Viterbi 译码蝶型算法的实现及性能分析(In the TD2SCDMA system, a Viterbi decoding butterfly algorithm implementation method that is conducive to software implementation is studied and compared with the Viterbi decoding library function in MATLAB. According to the si
盲反卷积算法
- 当没有被称为失真的信息时（模糊和噪音），盲反卷积算法可有效使用，改善图像质量(When no information is known as distortion (blurring and noise), blind deconvolution can be used effectively to improve image quality.)
卷积
- 通过将卷积拆分为原来的反转，平移，相乘，积分模拟conv的结果。(By integrating the convolution into the original inversion, translation and multiplication, the result of conv is simulated.)
DeconvolutionCode-LevinEtAl07
- 所附代码提供了上述三种反卷积策略的实现。要开始，用户应该检查文件demo.m。反褶积子程序在以下文件中实现:deconvL2频率.m:在频域反褶积，假设高斯导数在前面。2.deconvL2.m:利用共轭梯度算法，假设在空间域上存在高斯导数先验的反褶积。3.deconvSps.m:利用迭代重加权最小二乘算法，在空间域上假设一个稀疏导数先验的反褶积。(The enclosed code provides the implementation of the above three deconvolut
菲涅尔衍射积分算法
- 菲涅尔积分公式求解场分布,，可以是卷积积分和傅里叶变换两种方法，得到全息像(frenesl diffraction,holography,convolution,field distribution,integration,matlab)