Park Transform, Clarke Transform, and Inverse Transformation Models
Implementation models for Park transformations, Clarke transformations, and their inverse operations in power systems
One-Dimensional S-Transform and Inverse Transform
MATLAB implementation of 1D S-Transform and its inverse transform, originally developed by Canadian geophysicist Stockwell with unique advantages for signal analysis
Arnold Transformation in MATLAB with Inverse Transformation and Period Calculation
Arnold Transformation Implementation in MATLAB - Includes Inverse Transformation Algorithm and Period Computation for Chaotic Image Scrambling
Fourier Transform and Inverse Transform
Fourier Transform and Inverse Transform
MATLAB Code Implementation of Radon Transform
MATLAB Implementation of Radon Transform with Code Examples and Algorithm Explanations
Curvelet Transform for Coefficient Matrix Generation
Implementing Curvelet Transform to Obtain Coefficient Matrices with Code-Based Processing
Park Transformation - Models for Park Transform, Clark Transform and Their Inverse Transformations
Implementation of Park Transform, Clark Transform and inverse transformations for motor control applications