Wind Power Generation System Model
Complete wind power generation system model with component modules; usage instructions included in compressed package with implementation guides for main algorithms and simulation setup
MATLAB Implementation of Advanced PID Control with Smith Predictor
Advanced PID Control with Smith Predictor for Pure Lag Compensation: Connected in parallel with PID controller to counteract the effects of actual time delays through predictive compensation
MIMO Block Diagonalization Precoding in 4x4 Transceiver System Model
Implementation scenario combining MIMO block diagonalization precoding with VBLAST system architecture for 4-transmit 4-receive configuration, featuring code-level insights on precoding matrix computation and interference cancellation mechanisms.
Building System Models for Sensor Networks
Using MATLAB to establish system models for sensor networks provides valuable support for current research in wireless sensor networks, with implementation involving network topology generation, sensor node modeling, and communication protocol simulation.
Implementation of HARQ System Model Using Simulink
Development of a Hybrid Automatic Repeat Request (HARQ) System Model via Simulink Platform
Complete OFDM System Model and MATLAB Simulation Program
This graduation project provides a comprehensive OFDM system model along with MATLAB simulation code implementation, featuring detailed algorithm explanations and performance analysis.
Simulation of Machine-Side System Comprising Model Construction, Simplification, and Control Algorithm Design
The simulation of the machine-side system involves constructing system models, simplifying them, and designing control algorithms. The machine-side model of a direct-drive permanent magnet synchronous wind power generation system includes the wind turbine model, permanent magnet synchronous motor model, and machine-side PWM converter model. The mathematical models of the permanent magnet synchronous motor and machine-side PWM converter can be simplified into a single mathematical equation to streamline the block diagram construction. The controller design aims to regulate the synchronous motor speed for maximum wind energy tracking.
System Model of Photovoltaic Panels and Boost Circuit
System model of photovoltaic panels and Boost circuit with variable step size for self-simulation, demonstrating dynamic performance analysis capabilities
System Modeling of Photovoltaic Panels and Boost Converter Circuits
Integrated system model of solar panels with DC-DC boost converter topology, including implementation considerations for power electronics simulation and MPPT algorithms