Wind Farm Power System Simulation in MATLAB Environment
Wind farm power system simulation in MATLAB environment, including DFIG modeling and composite wind speed models with implementation details
Complex System Reliability Simulation Using Weibull Distribution via Monte Carlo Method
Reliability simulation of complex systems employing Weibull distribution through Monte Carlo probabilistic simulation techniques
3D Electromagnetic Wave Propagation Simulation using Finite-Difference Time-Domain (FDTD) Method
Simulation of three-dimensional (3D) electromagnetic wave propagation using Finite-Difference Time-Domain (FDTD) method with Perfectly Matched Layer (PML) as the absorption boundary condition
Simulation of Time-Varying Gear Mesh Stiffness Calculation
A simulation program for solving time-varying gear mesh stiffness, incorporating dynamic stiffness variation algorithms during the stiffness calculation process
Battery Model for Electric Vehicle and Grid Charge-Discharge Simulation
Battery models are essential for simulating bidirectional energy exchange between electric vehicles and power grids, enabling performance analysis through computational approaches including equivalent circuit modeling and state-space representations.
Electric Vehicle Charging Simulation
This simulation models electric vehicle charging processes, utilizing a non-isolated DC/DC conversion stage to implement power transfer between the grid and vehicle battery systems.
MATLAB Robot Formation Simulation
This program enables robot formation simulation in MATLAB, featuring sensor modules, communication modules, controller modules, and environmental perception modules. The modular architecture allows easy modification and implementation through parameter adjustments in respective functional blocks. MATLAB is a high-performance numerical computation and visualization software developed by MathWorks, renowned as an internationally acclaimed scientific computing environment that integrates matrix operations, signal processing, and graphical display capabilities.
Metro Station Emergency Evacuation Simulation Using Cellular Automata
This work develops an emergency evacuation simulation for metro stations based on cellular automata, implemented using MATLAB to visualize crowd evacuation dynamics and calculate evacuation time metrics. The simulation employs probabilistic movement rules and obstacle avoidance algorithms to model pedestrian behavior, with results providing data-driven insights for optimizing evacuation strategies.
Foreign UAV Model Simulation for Beginners
A foreign UAV simulation program suitable for beginner research, featuring flight dynamics modeling and autonomous system implementation.
Robot Path Planning Simulation Based on Artificial Potential Field
A simulation program source code for robot path planning using artificial potential field method, featuring customizable threshold parameters with algorithm implementation details.