Beam Vibration Control with MATLAB Implementation
MATLAB program for beam vibration control that involves inputting MKC matrices, calculating natural frequencies, and implementing vibration control using Simulink with detailed algorithm explanations
Explore MATLAB source code curated for "控制" with clean implementations, documentation, and examples.
MATLAB program for beam vibration control that involves inputting MKC matrices, calculating natural frequencies, and implementing vibration control using Simulink with detailed algorithm explanations
Chaos prediction control using RBF neural networks with complete MATLAB source code for system implementation and testing
A collection of neural network control routines with detailed code implementations, suitable for reference in control system development. Includes practical examples demonstrating neural network applications in various control scenarios with algorithm explanations and function descriptions.
PID Neural Network Control Simulation Code - A comprehensive implementation for control system simulation using PID-enhanced neural networks
Quadrotor Aircraft Dynamic Modeling and Control Using MATLAB/Simulink for Quadrotor Modeling with Implementation Details
This SVPWM controlled inverter model has been successfully validated in MATLAB Simulink simulation environment. The implementation demonstrates space vector pulse width modulation algorithm for efficient power conversion. Developers can download and explore the complete simulation structure including PWM generation, voltage vector sector identification, and timing calculation modules.
Parallel Active Power Filter with simplified structure featuring basic PI control and reactive power compensation implementation
This is a PID controller developed using MATLAB's GUI interface, which provides valuable assistance for beginners learning control system implementation through graphical interfaces.
A complete MATLAB simulation example for PID control that is ready to use, including M-file implementations and SIMULINK models with detailed parameter tuning and performance analysis capabilities.
MATLAB SIMULINK simulation implementing Maximum Power Point Tracking (MPPT) for photovoltaic arrays and grid-connected inverter control algorithms, with verified performance.