Explore MATLAB source code curated for "模拟" with clean implementations, documentation, and examples.
This program performs forward modeling of gravity and magnetic anomalies, designed to compute coefficient matrices for gravity anomalies, gravity derivatives in the x and z directions, and the vertical component of magnetic field anomalies.
The NS cellular automaton implements rule-based simulation for traffic flow modeling. It provides a closed-loop system where vehicles circulate continuously, suitable for road traffic simulations with configurable parameters for vehicle behavior and road conditions.
A comprehensive simulation program featuring four distinct wind speed scenarios, designed to model and analyze wind turbine performance under varying wind conditions, with customizable parameters for blade angle adjustments and system stability assessment.
A MATLAB-based aircraft trajectory generator tool designed for simulating and analyzing flight paths
Methods for simulating fiber Bragg grating (FBG) reflection and time-delay properties, with specific focus on modeling reflection and delay characteristics under various apodization envelopes. Includes implementation approaches using transfer matrix methods and spectral analysis algorithms.
This program simulates linear state estimation for a 39-bus power system under the assumption that each bus is equipped with a PMU (Phasor Measurement Unit) device. The implementation incorporates weighted least squares algorithms for state estimation calculations.
MATLAB simulation of Fiber Bragg Grating reflection spectra with configurable parameters to model spectral characteristics, including reflectivity profiles and wavelength dependencies. Users can implement this using transfer matrix methods or coupled-mode theory algorithms to analyze FBG performance under various conditions.
MATLAB implementation of Monte Carlo grain growth simulation using stochastic methods and probability algorithms
Simulation of two-phase flow dynamics using the Lattice Boltzmann Method (LBM), providing insights into the application of LBM for complex fluid interactions and offering code implementation guidance for boundary conditions and collision models.
This program simulates fault recovery processes in a 30-node distribution network, ultimately determining the optimal operable switch set using intelligent algorithms and network reconfiguration techniques.