Analysis of Vehicle Straight-Line Driving Conditions with Simulink Model
Simulink-based modeling and analysis of vehicle straight-line driving conditions, featuring customizable parameters for performance optimization and scenario simulation
All-Zero Codeword QC-LDPC System
A programmable QC-LDPC system implementation for channel coding with configurable parameters and modular architecture
MATLAB Code Implementation for Radar Simulation
Radar simulation system with parameterized analysis capabilities, enabling real-time graphical output visualization through customizable settings modification
MATLAB Image Stitching Program
This project contains multiple .m files with comprehensive comments for easy understanding. You can modify parameters and extend functionality according to your specific requirements. Suitable as a reference for graduation projects. Note: Avoid using images with uniform color distribution; diverse image content works better.
Simulink Simulation Model for Asynchronous Doubly-Fed Wind Turbine Generator
Simulink simulation model for an asynchronous doubly-fed wind turbine generator with customizable parameters, featuring detailed component implementation and control algorithm integration
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.
Simulink Simulation Study of V/f Control Strategy for Asynchronous Motors
Simulink simulation study of V/f control strategy for asynchronous motors with effective performance results and customizable parameter adjustment capabilities
Continuous Wavelet Transform Implementation Based on Morlet Wavelet
Custom implementation of continuous wavelet transform using Morlet wavelet with adjustable parameters. The function accepts three input variables: signal data, signal length, and decomposition levels. Returns three output variables: wavelet coefficients, frequency information, and scale parameters. This implementation performs nLevel wavelet decomposition on input signals. Users can directly call this function after providing required inputs. Note: Output differs from MATLAB's built-in cwt function - users should verify algorithm compatibility with their specific input/output requirements. The current implementation is functional but undergoing refinement.
MATLAB Simulation Model of Brushless DC Motor in Power Systems
This MATLAB simulation model for brushless DC motors in power systems allows parameter modifications to accommodate various DC motor simulation requirements, with implementation supporting customization through adjustable electrical and mechanical parameters.
Brushless DC Motor Control System Simulation with Robust Performance
This simulation system provides reliable modeling of brushless DC motor control systems. By modifying parameters such as PWM frequency, PID gains, and motor constants, users can simulate various motor operating conditions. The modular code structure allows easy integration of custom motor models and control algorithms.