Flight Simulation of Unmanned Aerial Vehicle Mathematical Models
MATLAB-based flight simulation experimental program for unmanned aerial vehicle mathematical models, featuring detailed implementations of flight dynamics and control algorithms.
Three-Phase Inverter with Voltage-Current Dual-Loop Control
Analysis of a three-phase inverter based on voltage-current dual-loop control, including its mathematical model in the two-phase synchronous rotating coordinate system (dq-frame) and the design of voltage/current controllers using proportional-integral (PI) regulators.
Single Degree of Freedom Vibratory System - MATLAB Modeling and Simulation
Simulation of a Single Degree of Freedom Vibratory System using MATLAB. Based on the mathematical model of the SDOF system, a numerical simulation experiment was designed. The experiment provides numerical solutions for the vibration equation and quantitatively describes the vibration process and frequency-amplitude characteristics through geometric visualization techniques.
Mathematical Model of a Two-Joint Robotic Manipulator
A MATLAB-based mathematical model for a two-joint robotic arm, including simulation files and implementation code
Simulation of Wind Turbine and Its Transmission System Mathematical Models
Simulation of wind turbine and transmission system mathematical models with executable code implementation
Predicted Values from Models Based on Grey Theory
This program calculates predicted values using models built on grey theory, implementing the GM(1,1) mathematical model for time series forecasting with code-level parameter estimation and residual analysis.
Examine My Three-Phase PWM Rectifier Simulation Model
Take a look at my three-phase PWM rectifier simulation model, which demonstrates effective implementation using mathematical modeling techniques for power electronics analysis.
Derivation of Mathematical Model for Double Inverted Pendulum with Control Implementation
This paper presents the mathematical modeling of a double inverted pendulum system, including state-space representation, state feedback control, and state observer design. It compares system performance with and without state observers, providing MATLAB implementation insights for control algorithms and parameter tuning strategies.
Mathematical Model of SPWM Voltage Source Inverter
Mathematical Model of SPWM Voltage Source Inverter Capable of Direct Waveform Generation
Mathematical Model Development for ECG Signal Simulation
Establishment of mathematical models for ECG signal simulation, including detection of electrocardiogram waveform patterns