Fuzzy-Tuned PID Control for DC Motors
Fuzzy-Tuned PID Control for DC Motors
Simulink No-Load Control for Wind Power Generation Systems
Simulink no-load control for wind power generation systems—worth learning.
PID Control of DC Motor Source Code (Simulink)
PID Control of DC Motor Source Code (Simulink), Ready to Run.
Simple PID Simulation
Simple PID in Simulink
A Simulink model of an adaptive control algorithm
Another Simulink model of the adaptive control algorithm, which is operational, serves as an application example of a model-free control algorithm.
Vector Control of Permanent Magnet Synchronous Motors
Vector Control for Permanent Magnet Synchronous Motors. It's SVPWM. Those interested in learning can download it for reference.
Adaptive Inverse Control Technology Simulink
Adaptive inverse control technology Simulink program. Applicable for full-frequency vibration isolation. Requires offline object identification. Ready for operation.
BPSK Baseband Transmission Demonstration
BPSK Baseband Transmission Demonstration in SIMULINK, including transmission from transmitter to receiver and signal plotting.
9th-order LMS adaptive equalizer in Simulink
This is a 9th-order LMS adaptive equalizer Simulink model provided by the professor. In practice, simply modifying the order allows implementation of an nth-order LMS adaptive equalizer.
Fuzzy PID Control of Brushless DC Motors: Simulink Simulation
Fuzzy PID Control of Brushless DC Motors: Simulink Simulation
Simulink Simulation Model of Asynchronous Double-Fed Wind Turbine Generator
Simulink simulation model of an asynchronous doubly-fed wind generator, with modifiable parameters
Building a System Model of HARQ Implemented in Simulink
Building a System Model of HARQ Implemented in Simulink
Combining Dynamic Matrix Control Algorithm with PID Algorithm
The combination of dynamic matrix control algorithms with PID algorithms has strong theoretical foundations and makes for an excellent program for graduation projects.
PWM-Controlled Asynchronous Generator
PWM-Controlled Asynchronous Generator: MATLAB/Simulink Modeling and Simulation
Enhance the development efficiency of engine electronic control systems
To enhance the development efficiency of engine electronic control systems and reduce development costs, a computer simulation model of a gasoline engine was established using MATLAB/SIMULINK tools based on the engine's operating principles. Through
Advanced PID Control MATLAB Simulation
Advanced PID Control MATLAB Simulation (Second Edition) 1. All simulation algorithms are categorized by chapter. Program names on the CD correspond directly to those in the book. 2. Copy the simulation programs from the CD to your MATLAB installation
Common coordinate transformation models in Simulink
Common coordinate transformation models in Simulink that can be used directly, hoping they will be helpful to beginners.
Course Design for PID Controllers
Course Design for PID Controllers, applicable in the foundational course on control theory
Simulink Simulation of the DVB-T Standard in MATLAB
Simulink Simulation of the DVB-T Standard in MATLAB
Vector Control of Permanent Magnet Synchronous Motors
Application Background Permanent magnet synchronous motors utilize powerful simulation modeling capabilities through mathematical models implemented in Matlab/Simulink. The entire permanent magnet synchronous motor control system is divided into seve