Image Linear Transformation and Geometric Distortion Correction Algorithms

Resource Overview

MATLAB implementation of algorithms for image linear transformation and geometric distortion correction, featuring practical engineering applications with robust code structure and flexible parameter configuration

Detailed Documentation

I highly recommend downloading this MATLAB-based program that implements image linear transformation and geometric distortion correction algorithms. The code provides essential functionality for image processing applications, including affine transformations for linear operations and polynomial distortion models for geometric correction. This implementation offers significant engineering value, enabling users to enhance image quality and accuracy through customizable transformation matrices and distortion parameters. The program utilizes MATLAB's Image Processing Toolbox functions such as imwarp for spatial transformations and fitgeotrans for estimating geometric transformation objects. Whether for academic research or industrial applications, this tool delivers valuable capabilities for correcting lens distortions, perspective errors, and other geometric inaccuracies. The code structure supports both predefined transformation types and custom parameter inputs, making it adaptable to various image correction scenarios. I encourage you to download and experiment with this program to experience its powerful features and user-friendly implementation.