Explore MATLAB source code curated for "程序" with clean implementations, documentation, and examples.
This program implements TD-LTE system integration with both uplink and downlink operations, featuring key components such as channel estimation and pilot insertion. The system performance is evaluated by measuring the bit error rate (BER) through comprehensive simulation testing.
Complete MATLAB code and detailed documentation (Word version) for Hilbert-Huang Transform algorithm implementation, specifically designed for mechanical fault diagnosis applications with comprehensive signal processing features.
This program implements the "Single Image Haze Removal Using Dark Channel Prior" algorithm, demonstrating effective haze removal with optimized performance
MATLAB-based interactive image matting program implementing Poisson, Hillman, and Ruzon algorithms with source images and code implementations
Implementation of bilateral filter for image enhancement and noise removal, featuring spatial and range domain filtering with customizable parameters.
SVM face recognition program source code includes s1-s40 face database, face.m as main recognition program, and load_database.m for data loading function. Note: LIBSVM toolbox functions require manual installation - first install compiler, then execute make.m for setup.
This program implements sliding mode variable structure control for inverted pendulum systems, experimentally validated on a double inverted pendulum with successful debugging and correct operation. The control algorithm features robust stability against uncertainties and external disturbances.
The Gray System offers an effective approach for predicting unknown data. This program requires only modification of the raw data to generate results, featuring implementations such as GM(1,1) modeling and data sequence accumulation generation.
This MATLAB program implements a braking distance calculation model that accounts for vehicle speed, road conditions, and brake system parameters. The code demonstrates practical implementation of physics-based braking algorithms using velocity-dependent friction modeling and deceleration calculations.
This program implements the LLL (Lenstra-Lenstra-Lovász) algorithm for lattice basis reduction, a fundamental technique in cryptography and computational mathematics