InSAR Optimal Fusion Filtering
MATLAB implementation of InSAR optimal fusion filtering algorithm, verified through testing to be effective and feasible with detailed code structure and optimization techniques
Digital Signal Processing Course Design Report
Digital Signal Processing Course Design Report: Implementing Signal Spectral Analysis and Filtering Using MATLAB
MATLAB Code Implementation for Common Image Processing
This collection provides MATLAB source code for fundamental image processing operations including color inversion, common filtering techniques, noise reduction methods, and standard transformations with implementation insights.
ECG Signal Analysis with Filtering and Digital Signal Processing
ECG Signal Analysis, Filtering, and Digital Signal Processing Fundamentals Assignment
Digital Image Processing GUI
An interactive GUI application for performing fundamental image processing operations including noise addition, filtering, segmentation, and sharpening with real-time preview capabilities.
ECG Signal Simulation Model
ECG signal simulation models involving signal processing techniques such as filtering and smoothing operations
LiDAR Point Cloud Data Reading and Processing
Comprehensive LiDAR point cloud data handling with reading, filtering, and classification capabilities, supporting multiple file formats and advanced processing algorithms
Digital Watermark Image Attack Testing: Filtering, Cropping, Noise Addition, JPEG Compression and More
Digital watermark attack testing involves evaluating robustness through various methods including filtering, cropping, noise addition, JPEG compression, and other techniques. Implementation typically requires image processing algorithms and specific attack simulation functions.
Applying Quaternion Methods for Diverse Color Image Processing Operations
Implementing various color image processing techniques using quaternions, including filtering, fast Fourier transform (FFT), and image quality assessment with code implementation insights.
Numerical Simulation and Modeling of Fiber Bragg Gratings Using Coupled-Mode Theory
Numerical simulation and modeling of fiber Bragg gratings through coupled-mode theory, featuring filter functionality analysis and time delay characteristics with code implementation approaches