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OMP基于正交原子的稀疏分解
- OMP算法是在MP算法基础上的一种改进算法。本例程基于OMP将信号分解重构
MP稀疏分解
- 基于Garbor 原子的稀疏分解，本算法是一种贪婪算法，可以很好的将信号分解
基于MP算法的稀疏分解
- 基于MP算法的稀疏分解，gabor原子库
image_smoth
- 稀疏分解的匹配追踪程序，用新的较少的原子来重建信号或图像，使信号或图像的表示更加简洁。-MP tracking procedures, with new atomic less to rebuild signal or image the signal or image said more concise.
mp_initial
- 稀疏分解严格按照匹配追踪的原理，生成新的原子，对信号匹配，直至剩下信号残差。-sparse decomposition in strict accordance with the principle of matching the track, a new generation of atomic bombs, the signal matching, until the remaining residual signal.
mp
- 改进的信号匹配追踪稀疏分解代码，基于gabor时频原子，对语音信号重构效果好-Improved matching pursuit signal decomposition sparse code, based on time-frequency gabor atom, for better voice signal reconstruction
BP
- 关于稀疏分解的一些参考文献，包括原子库，匹配追踪，去噪等-Sparse decomposition on a number of references, including the atomic database, matching pursuit, denoising, etc.
mp_image_inpaiting
- 可实现对残缺图像的修复，应用了基于mp算法的图像稀疏分解思想。过程中考虑到了原子库原子的能量特性-Enables the restoration of fragmentary images, applications mp-based algorithm for image sparse decomposition ideas. The process of taking into account the characteristics
AD
- 基于原子分解的调频信号参数识别算法估计性能得到了很到的提高-paramater estimation of modulated signal based atomic decomposition
xsfj
- 利用正交匹配跟踪原子库对信号进行稀疏分解程序-Sparse decomposition process
MPimage
- 使用MP将图像稀疏分解并且精确重构，其中使用2D的GA原子-MP will use the image sparse decomposition and perfect reconstruction, in which the GA using 2D atomic
sdfs
- 向量值弱Garsia型鞅空间的弱原子分解.To measure weak Garsia-type atomic decomposition of weak martingale space.-To measure weak Garsia-type atomic decomposition of weak martingale space.
Atomizer
- 原子分解软件，包含各类字典（DCT，wavelet）-a software of atom decompose,including kinds of dictionaries(DCT,wavelet)
Time-frequency-atom-
- 时频原子分解算法利用冗余特性分解成多个时频原子库来进行信号特征的处理分析-Time-frequency atom decomposition algorithm using redundant features broken down into processing and analysis the multiple frequency atoms library to signal characteristics
Development-of-Time-frequency-atom
- 时频原子算法建立时频原子库，从而用多个时频原子分解信号的特征-Time-frequency atoms algorithms to establish frequency atom library with multiple frequency atom decomposition signal characteristics
Time-frequency-atom-program
- 时频原子分解主要用于建立时频原子库，从而根据明显的特征提取出信号-Time-frequency atom decomposition is mainly used to establish the time-frequency atoms library, which according to the obvious features extracted signal
Tutor
- 时频原子分解算法主要用于建立时频原子库，从而提取出特征信号-Time-frequency atom decomposition algorithm for frequency atoms library created to extract the characteristic signal
Thesis
- 时频原子分解算法主要用于建立时频原子库，从而提取出特征信号-Time-frequency atom decomposition algorithm for frequency atoms library created to extract the characteristic signal
Decomposition
- 时频原子分解算法主要用于建立时频原子库，从而提取出特征信号-Time-frequency atom decomposition algorithm for frequency atoms library created to extract the characteristic signal
mpiPopenmp
- 采用MPI+OpenMP混合模型设计并实现光化学反应双层并行模拟算法，上层基于MPI实现节点间的原子分解并行,下层基于OpenMP实现节点内的多线程矩阵并行乘法。-With MPI+OpenMP mixed model was designed and implemented The photochemical reaction bunk parallel simulation algorithms, the upper atomic