2DPCA: A Novel Dimensionality Reduction Method
2DPCA is an improved dimensionality reduction method based on traditional PCA, featuring innovative approaches and well worth exploring for enhanced data processing capabilities.
Explore MATLAB source code curated for "PCA" with clean implementations, documentation, and examples.
2DPCA is an improved dimensionality reduction method based on traditional PCA, featuring innovative approaches and well worth exploring for enhanced data processing capabilities.
A comprehensive MATLAB implementation of PCA algorithm, featuring detailed code explanations, data visualization techniques, and dimensionality reduction demonstrations for machine learning applications.
PCA Implementation Steps: 1. Center the data (mean normalization); 2. Compute the covariance matrix; 3. Calculate eigenvalues and eigenvectors of the covariance matrix; 4. Sort eigenvalues and corresponding eigenvectors; 5. Determine projection direction based on target dimensionality d'; 6. Compute dimensionally reduced data
MATLAB source code for PCA principal component analysis algorithm, implementing PCA using MATLAB with detailed code explanations and practical applications.
MATLAB implementation of PCA (Principal Component Analysis) algorithm featuring comprehensive test examples and documentation, specifically designed for feature dimension reduction in image classification tasks. The package includes detailed explanations of covariance matrix computation, eigenvalue decomposition, and principal component extraction.
PCA-based remote sensing image fusion with excellent results, suitable as introductory material for learning remote sensing image fusion techniques, featuring implementation insights about principal component analysis and image processing workflows.
This face recognition program performs image preprocessing followed by feature extraction using Principal Component Analysis (PCA). The implementation includes histogram equalization, dimensionality reduction, and classification algorithms.
MATLAB implementation of PCA-based remote sensing image fusion algorithm, fully compatible with MATLAB 2011b, featuring multi-band image integration and enhanced visualization capabilities.
A comprehensive MATLAB toolkit containing implementations of essential feature extraction algorithms including PCA, CCA, MNF, PLS, KPCA, KCCA, KMNF, and KPLS with complete source code and mathematical formulations.
Implementation of PCA, Fisher Linear Discriminant, Kernel PCA (KPCA), and 2D Discrete Wavelet Transform (DWT2) for facial recognition systems with dimensionality reduction techniques