Explore MATLAB source code curated for "方法" with clean implementations, documentation, and examples.
Distribution network power flow calculation based on its inherent operational characteristics using the forward-backward sweep algorithm for efficient load flow analysis with node voltage classification and component parameter integration.
The Analytic Hierarchy Process (AHP) serves as a widely-used evaluation method where calculating the random consistency index constitutes a critical step. This program implements PI calculation functionality for AHP consistency validation through CI/RI computation algorithms.
MATLAB source code implementation for checkerboard coordinate extraction methods
Implementation of Wigner-Ville Distribution using MATLAB for advanced time-frequency signal analysis with code implementation details
A harmonic recovery approach utilizing fourth-order cumulants demonstrates advantages in noise suppression and harmonic estimation, with practical implementation involving statistical signal processing techniques.
Implementation of multiple pattern recognition algorithms in MATLAB including Chebyshev distance method, Mahalanobis distance method, and Euclidean distance method, each provided with various programming approaches and detailed code explanations.
Prony analysis is a highly effective method for extracting system oscillation mode characteristics, capable of directly estimating oscillation frequency, damping, amplitude, and initial phase from system responses under given input signals. This paper proposes a method based on the Prony algorithm that utilizes oscillation mode energy levels to identify dominant low-frequency oscillation modes in power systems under large disturbances.
This method for determining motion blur direction based on directional differentiation can be referenced from Zhang Chaoyang's research paper "Study on Point Spread Function of Linear Motion Blur Images"
Image processing techniques integration based on MATLAB GUI, including histogram analysis, filtering, wavelet transforms, watermarking, segmentation, and more. Features adjustable parameters, detailed code comments for key functions, and completely original implementations. Shared for community exchange and learning purposes.
Comparative analysis of classical conventional beamforming techniques with algorithm implementation insights