搜索资源列表
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稀疏PCA的优化解算法,较新的pca算法,供大家学习交流!-Optimal Solutions for Sparse Principal Component Analysis
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实现Focuss 系统的算法程序,可用于稀疏成分分析。-Algorithm to achieve Focuss system procedures can be used for sparse component analysis.
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基于信号稀疏分解的形态成分分析来进行图像的分解和修复原作者的英文原文献-Morphological component analysis based on the signal sparse decomposition of the image decomposition and restoration of the original author of the original English literature
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关于特征提取的文章和代码,基于稀疏化的主成分分析法的,还没运行过,应该不错,共享-Articles and code feature extraction method based on principal component analysis sparse, not run, it should be good, sharing
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稀疏主成分分析算法,用于特征提取,维数约简。-Sparse Principle Component Analysis for feature extraction
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gmcalab 快速广义的形态分量分析算法,用于图像修复,稀疏分解、降噪等,用途广泛。从mca主页下载的-gmcalab fast generalized morphological component analysis algorithm for image restoration, sparse decomposition, noise reduction, and versatile. Mca downloaded from the home page
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1一种剪切波域的稀疏分量分析方法.pdf-1.A sparse component analysis of shear wave field
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Linear prediction (LP) is an ubiquitous analysis
method in speech processing. Various studies have focused on
sparse LP algorithms by introducing sparsity constraints into
the LP framework. Sparse LP has been shown to be effective in
several issu
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本程序实现稀疏主成分分析,相关方法在 H. Zou, T. Hastie, and R. Tibshirani的Sparse principal component analysis中有详细介绍(For SPCA, the method introduced in "Sparse principal component analysis" by H. Zou, T. Hastie, and R. Tibshirani)
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以稀疏子空间聚类以及低秩子空间聚类等基本谱聚类算法为基础,通过
运用核映射算法,融合与数据本身结构相关的局部切线空间函数以及主成分分析
算法建立了可以应对独立子空间聚类、非独立子空间聚类、非线性聚类、混合多
流体聚类问题以及多种含有大数据量的实际问题,包括处理运动分割、人脸识别、
工件识别等情况中的多种类型数据分类的聚类算法,并且引入 Map-Reduce 并行处
理方法优化了算法的计算效率(Based on the basic spectral clustering algorith
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改进的盲源信号分析代码程序集,内有4个例子,对应论文为"Identification of modal parameters using an improved sparse blind source separation".
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基于稀疏分解的形态学成分分析,在分解图像的同时完成了去噪任务。(Based on the morphological component analysis of sparse decomposition, the image is decomposed and the denoising task is completed at the same time.)
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