| _ | kpca | _ |
|---|
| Adaptive | kpca | -based missing texture reconstruction approach including classification scheme via difference subspaces |
| Alzheimer disease classification using | kpca | , LDA, and multi-kernel learning SVM |
| Combined | kpca | and SVM Method for Basic Emotional Expressions Recognition, A |
| Comparison of Combining Methods of Correlation Kernels in | kpca | and kCCA for Texture Classification with Kansei Information |
| Essence of kernel Fisher discriminant: | kpca | plus LDA |
| Face Hallucination Through | kpca | |
| Face Recognition Using Symbolic | kpca | Plus Symbolic LDA in the Framework of Symbolic Data Analysis: Symbolic Kernel Fisher Discriminant Method |
| improved machine learning technique based on downsized | kpca | for Alzheimer's disease classification, An |
| kpca | for semantic object extraction in images |
| kpca | Plus LDA: A Complete Kernel Fisher Discriminant Framework for Feature Extraction and Recognition |
| L1 norm based | kpca | for novelty detection |
| Local co-occurrence features in subspace obtained by | kpca | of local blob visual words for scene classification |
| Locality constraint neighbor embedding via | kpca | and optimized reference patch for face hallucination |
| Multi-Modal Biometrics Pixel Level Fusion and | kpca | -RBF Feature Classification for Single Sample Recognition Problem |
| Partially observed objects localization with PCA and | kpca | models |
| Refining pre-image via error compensation for | kpca | -based pattern de-noising |
| Restoration of a Frontal Illuminated Face Image Based on | kpca | |
| Scene Classification Using Local Co-occurrence Feature in Subspace Obtained by | kpca | of Local Blob Visual Words |
| Single image super-resolution via sparse | kpca | and regression |
| Single-Image Super-Resolution Based on Compact | kpca | Coding and Kernel Regression |
| Two-stage denoising method for hyperspectral images combining | kpca | and total variation |
| Visual Recognition Method Based on Hybrid | kpca | Network |
| Weighted | kpca | Degree of Homogeneity Amended Nonclassical Receptive Field Inhibition Model for Salient Contour Extraction in Low-Light-Level Image |
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