MATLAB Graphical User Interface (GUI) Development Tools
Comprehensive overview of MATLAB's GUI development commands and tools, including implementation approaches for creating interactive interfaces
Speech Recognition GUI Implementation
MATLAB code for speech recognition featuring a comprehensive graphical user interface (GUI)
Building a User Interface for Controlling Inverted Pendulum Animation
Create a user interface for controlling inverted pendulum animation. The interface includes: -static text, 2-popup menus, 4-push buttons, and 1-axes component. Users first specify the cart's starting and ending coordinates, then click "Start" to begin simulation. Clicking "Pause" stops the animation, which can be resumed by pressing any keyboard key. After simulation completion, click "Refresh" to clear the screen. Click "Exit" to close the window, followed by "OK" for confirmation.
MATLAB GUI-Based Kalman Filter Program with Code Implementation Examples
A comprehensive Kalman filter implementation featuring a MATLAB GUI interface (matlab-kalman-GUI). This fully commented program includes three practical sample implementations with clear algorithm explanations. Serves as an excellent development guide for understanding and designing various Kalman filter types, featuring key functions for state prediction, measurement updates, and covariance calculations. Includes supplemental documentation from initial learning stages to support research and educational purposes. (No password required)
Fuzzy Edge Detection in Images
Implementation of fuzzy edge detection in images using MATLAB, featuring a user-friendly interface and comprehensive detection results visualization.
MATLAB Simulation Modeling of Photovoltaic Cells
MATLAB simulation modeling for photovoltaic cells featuring a user interface for multi-parameter modification, including temperature and light intensity parameters that influence battery module performance, with code-based implementation of parameter adjustment algorithms.
MATLAB Sudoku Puzzle Graphical User Interface with Solver Functionality
A MATLAB-based graphical user interface (GUI) for creating and solving Sudoku puzzles, featuring built-in solving algorithms and hint mechanisms. This implementation serves as an excellent educational resource for learning MATLAB GUI development techniques, demonstrating practical approaches to interactive puzzle solving through matrix manipulation and backtracking algorithms.
Complete Fingerprint Recognition System
This comprehensive fingerprint recognition program implements fingerprint identification and similarity comparison between two fingerprint images using MATLAB. The system features a user-friendly interface for image extraction and analysis, with intuitive result visualization. Key technical implementations include fingerprint feature extraction algorithms and optimized matching techniques for enhanced accuracy and efficiency.
Fingerprint Recognition Implementation using MATLAB
A comprehensive fingerprint recognition program developed in MATLAB that implements fingerprint identification, similarity comparison between two fingerprint images, and features an intuitive user interface for easy image extraction, analysis, and visual result display.
MATLAB Course Project: Spatial Filtering Enhancement with Graphical User Interface Implementation
MATLAB course design focusing on spatial filtering enhancement: Spatial domain filtering involves neighborhood operations on images using templates in the image space. Each pixel value in the output image is calculated by processing the corresponding neighborhood pixels of the input image through a template. Learn and master spatial filtering techniques in MATLAB, and design a GUI interface to implement the following functionality: 1) Create an image interface using MATLAB Guide to read and display images, with buttons for various filter operations; 2) Artificially add noise to an image using imnoise function; 3) Perform linear filtering; 4) Apply median filtering; 5) Implement adaptive filtering; 6) Compare results using custom MATLAB filters.