Explore MATLAB source code curated for "矩阵" with clean implementations, documentation, and examples.
MATLAB simulation program for dual-stage matrix converter inversion, featuring sector determination, phase angle calculation, and comprehensive protection mechanisms with detailed algorithmic implementation.
This example program performs singular value decomposition (SVD) and can be executed directly by inputting the matrix to be decomposed.
Implementation of 8x8 matrix DCT transformation, quantization, inverse quantization, and inverse DCT transformation for image compression applications
Bandpass filtering implementation that processes input data using a sampling frequency 16 times the actual frequency, including matrix operations and data transformation procedures with customizable conversion options
MATLAB simulation for computing matrix SVD decomposition through various approaches, utilizing SVD for solving least squares problems and implementing image compression
This program implements matrix optimization in compressed sensing theory using alternating projection methods. The algorithm minimizes coherence between sampling and sparse matrices by iteratively projecting onto structural and incoherence constraint sets, significantly reducing mutual correlation for improved signal recovery performance.
Developing a GUI-based seismic data display tool using MATLAB serves as an entry point for seismic processors to learn seismic processing techniques. MATLAB's vectorized computation framework aligns perfectly with seismic profiles represented as matrices. This tool provides convenient and practical methods for studying various aspects of seismic data processing through MATLAB's built-in functions for matrix operations, visualization, and interactive GUI components.
Implementation of LDPC systematic matrix generation with error-correcting code techniques
The Jacobi pass-through method algorithm for matrix singular value decomposition is an optimization of the Jacobi algorithm that enhances computational speed through selective element processing.
A MATLAB-based IEEE 14-bus power flow calculation program featuring modular data architecture that supports seamless adaptation to other standard test cases like IEEE 30-bus and 57-bus systems, with matrix variables named using Chinese pinyin conventions for intuitive localizability