MATLAB Code Implementation for Wavelet Analysis
Wavelet analysis programs and wavelet transforms, specifically focusing on how to analyze signals with code examples and implementation approaches
Professional MATLAB source code with comprehensive documentation and examples
Wavelet analysis programs and wavelet transforms, specifically focusing on how to analyze signals with code examples and implementation approaches
MATLAB implementation for visualizing steerable filters with real-time parameter adjustment capabilities to demonstrate filter functionality and applications in image processing
Gauss_generator.m produces deterministic real Gaussian processes using parameters (Doppler shift, coefficients, phase shift). gaussian.m program determines discrete Doppler shifts, coefficients, and phase shifts. Rice_generator.m creates Rice process
Hamming-weighted antenna pattern implementation using MATLAB, which has been thoroughly tested and is highly valuable for researchers studying radar antenna systems.
MATLAB Source Code Implementation for Median Denoising Filtering of 1D, 2D, and 3D Signals
A MATLAB program for reading Swedish radar data and file headers, serving as an excellent reference for beginners in radar data processing with detailed code implementation insights
The alpha-beta filter is a constant-gain filter designed for uniform motion target models. This implementation provides simulation code for three scenarios: known target maneuver indicators, unknown target maneuvers, and adaptive filtering configurat
A comprehensive guide on implementing Hilbert-Huang Transform for heart sound envelope extraction
A self-developed MATLAB (2006a) simulation program for three-phase active power filters featuring advanced control system with superior filtering performance, ideal for APF research and reference applications. Includes detailed code implementation wi
MATLAB simulation and graphical representation of ECG signals including P-wave, Q-wave, QRS complex, S-wave, T-wave, and U-wave components with implementation details
This MATLAB program implements comprehensive signal processing techniques including autocorrelation function estimation using both direct computation and FFT-based methods, signal frequency estimation through advanced algorithms (MUSIC, ROOTMUSIC, ES
MATLAB simulation of LMS algorithm-based adaptive filter convergence featuring code implementation with step-size parameter analysis and mean square error performance evaluation
This implementation provides comprehensive tools for designing and simulating Quadrature Mirror Filter (QMF) banks, featuring parameterized filter design, frequency response analysis, and GUI-based visualization for digital signal processing applicat
MATLAB implementation of Basis Pursuit sparse reconstruction algorithm, including signal sparsification and reconstruction processes with complete code examples
This algorithm performs time-frequency domain feature extraction for signals, implementing signal analysis across both time and frequency dimensions
An EEMD solution toolbox containing the main EEMD program that can be directly invoked with support for signal decomposition and intrinsic mode function extraction
Source code of the melbankm function, which is called by the melcepst function to compute Mel-cepstral coefficients. This function constructs a Mel-scale filter bank for signal processing and audio analysis. Key implementation includes frequency warp
Developing simplified three-phase PLL simulation models using MATLAB components by retaining only essential operations (e.g., abc-dqz transformation computing only Vq), removing frequency feedback and auto-tuning modules. Constructs single-phase PLL
Comprehensive power spectrum estimation algorithms including AR spectral estimation, BURG algorithm, and YULE-WALK equations with implementation insights
The ESPRIT algorithm is one of two classical subspace estimation methods that effectively estimate signal eigen-subspaces, featuring implementations of both LS and TLS estimation approaches with code-level descriptions of key functions.