Ultrasonic Field Simulation Toolkit
Ultrasound Field Simulation Toolkit developed in MATLAB. Comprehensive documentation detailing core functionalities, included modules, and implementation specifications.
Active Power Factor Correction (APFC) Circuit with Dual-Loop Control Strategy
The Active Power Factor Correction (APFC) circuit employs a dual-loop control strategy consisting of an outer voltage loop and an inner current loop. Validated implementation demonstrates robust functionality with efficient power factor correction capabilities.
Kalman Filter Implementation and Related Functions
Featuring Kalman filter implementation capabilities, developed using MATLAB 7.0 programming environment. This implementation includes comprehensive state estimation algorithms and supports various filter configurations.
Chaos Theory Toolbox for MATLAB
MATLAB Chaos Theory Toolbox Version 2.0 - A comprehensive and powerful toolkit for chaos analysis, modeling, and algorithm development.
Drawing Board with GUI Implementation
Creating a drawing board application using graphical user interface (GUI) frameworks
Complete Particle Filter Source Code Set
Full implementation of particle filter algorithm featuring advanced programming techniques for state estimation, target tracking, localization, and motion planning applications
MATLAB-Based Image Processing Software
Image processing integrated software developed using MATLAB. Core functionalities include: opening, displaying, and saving images (grayscale, RGB, etc.); histogram analysis and curve fitting; brightness distribution curves (blur processing); histogram equalization; Gaussian and median filtering techniques; edge detection algorithms (Sobel, Laplacian). This implementation leverages MATLAB's Image Processing Toolbox for efficient matrix operations and algorithm deployment.
MATLAB Code Implementation for Spread Spectrum Systems
MATLAB source code for implementing spread spectrum functionality in wireless communication systems, featuring PN sequence generation and signal spreading techniques.
Professor Zhou Donghua's Strong Tracking Filter
Professor Zhou Donghua's Strong Tracking Filter program package includes two utility subfunctions and three main programs designed for different object models. All programs are error-free and can be directly executed to generate output plots.
Design and Implementation of RAKE Receiver Functionality in DSSS Communication Systems
Implementation of RAKE receiver functionality for DSSS communications, including an M-file for m-sequence generation and a data source expansion program. The system enables simulation of bit error rate (BER) performance for RAKE reception, facilitating comprehensive performance analysis through configurable parameter settings and optimized code execution.