Explore MATLAB source code curated for "演示" with clean implementations, documentation, and examples.
This MATLAB 7.6-based demonstration showcases an iterative watershed segmentation algorithm that effectively and accurately segments target images. The implementation includes optimized preprocessing steps and marker-controlled watershed transformation for improved boundary detection.
This Gabor filter demonstration package includes three main files: gaborfilter.m (core filter implementation), gabordemo.m (interactive demonstration script), and a sample image for testing the filter effects.
A MATLAB GUI implementation demonstrating DTMF signal generation and detection. The program utilizes Goertzel's algorithm for efficient frequency detection and includes interactive controls for signal parameter adjustment. See the readme file for execution instructions.
A MATLAB program demonstrating run-length encoding with comprehensive encoding and decoding functionality for data compression applications
This example demonstrates the following key functionalities: 1. GUI interface layout and visual effects implementation using MATLAB's guide or app designer 2. Methods for configuring Simulink module counts using toggle buttons and push buttons with callback functions 3. Integrated usage of edit text controls and sliders for dynamic parameter modification in Simulink models 4. Real-time display and updating of Simulink parameters on the GUI interface 5. Code implementation with comprehensive English comments for easier compilation and international compatibility
MATLAB demonstration code for K-means clustering algorithm implementation with GUI integration and data visualization capabilities
A self-developed MATLAB implementation and demonstration program for the Canny edge detection operator. While concise in size, this code provides practical insights into algorithm workflow and includes detailed technical explanations for educational reference.
The memetic algorithm is an efficient computational method for cultural evolution. This demonstration uses the Rosenbrock function as an example, but you can also incorporate other test functions to evaluate its performance.
This program creates an interactive demonstration of Newton's rings phenomenon, featuring adjustable parameters including wavelength, lens curvature radius, and air gap thickness at the contact point. Parameters are modified through intuitive slider controls, with ring colors dynamically approximating real wavelength-dependent interference patterns. The implementation uses interference calculation algorithms to help users deepen their understanding of optical interference principles.
Professional MATLAB animation code featuring various motion types including rotation, translation, and scaling - an excellent demonstration example for technical presentations