Dynamic Time Warping (DTW) Algorithm Implementation in MATLAB
MATLAB implementation of DTW algorithm with executable source code requiring minimal modifications
1-Transmitter 2-Receiver Maximum Ratio Combining Algorithm
Source code implementation of Maximum Ratio Combining algorithm for 1Tx-2Rx configuration in Rayleigh fading channel
Inertial Navigation System State Estimation Using Kalman Filter Algorithm
Source code for estimating inertial navigation system states using Kalman filter algorithm - thank you for sharing with code implementation details
Image Recognition and Classification Methods
This MATLAB source code implements image recognition and classification methods using deep learning, feel free to download and utilize this valuable resource.
Several Classical Methods for Image Noise Variance Estimation
Classic Image Noise Variance Estimation Methods (Research Papers and Source Code Implementations)
Hough Transform Circle Detection Source Code
Source code for circle detection using Hough transform, including sample images and detailed program documentation with implementation insights
Source Code for Audio Signal Processing Function Programs Using MATLAB
Complete MATLAB source code implementation for audio signal processing functions, including filtering, noise reduction, and spectral analysis capabilities.
Kalman Filter Target Tracking Source Code with MATLAB Implementation
MATLAB-based Kalman filter target tracking source code with complete algorithm implementation and visualization capabilities
Source Code and GUI Design Implementation for Topology Optimization Using MATLAB
MATLAB programming implementation of topology optimization with source code and graphical user interface design, featuring triangular mesh generation - A comprehensive graduation project focused on structural optimization algorithms.
Classic Image Processing Model - TV Model MATLAB Implementation
MATLAB source code for the classic Total Variation (TV) model in image processing, along with required sample images and implementation details