MATLAB Workspace Analysis Program for Parallel Mechanisms
MATLAB code for analyzing and visualizing workspace characteristics of parallel robotic mechanisms
Forward Modeling Simulation of Seismic Wave Equation
This program performs forward modeling simulations of seismic wavefields using finite difference method based on wave equation principles, with Ricker wavelet as the source function. The algorithm provides accurate and practical results through MATLA
Aircraft Flight Path Trajectory
Aircraft flight path simulation in three-dimensional space, demonstrating various motion states including straight flight, climbing, turning, diving maneuvers, with MATLAB/Simulink implementation examples
MATLAB Source Code for Grey Prediction GM(1,1) Model with Accuracy Validation
MATLAB implementation of Grey Prediction GM(1,1) model featuring model construction, accuracy validation metrics calculation (including c and p indicators), and comprehensive algorithm explanation
MATLAB Implementation of 3D Reconstruction Based on Binocular Vision
This operational program offers two versions: stereovision and stereovisionplus. The stereovision version provides fundamental stereo matching algorithms, while stereovisionplus implements enhanced feature detection and GUI integration for improved u
Forward Modeling Simulation of Gravity and Magnetic Anomalies
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.
Application of Lattice Boltzmann LBE Model in Two-Dimensional Porous Media Fluid Flow
Implementation of Lattice Boltzmann LBE model for fluid seepage in 2D porous media using D2Q9 lattice geometry and BGK collision operator with code-level methodology
Main Program for Stochastic Power Flow Calculation Using Semi-Invariant Method
Main Program for Stochastic Power Flow Calculation Using Semi-Invariant Method - Verified and Compatible with Matpower
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
Newmark Numerical Integration Method for Solving Dynamic Equation Systems
The Newmark numerical integration method effectively solves dynamic equation systems, featuring practical implementation with algorithmic stability and efficiency for engineering applications.
Phase-Shifted Full-Bridge Simulation Research on Constant Voltage (Closed-Loop) Control Mode
Using MATLAB software for phase-shifted full-bridge simulation to study constant voltage (closed-loop) control mode implementation
Grey Prediction and Exponential Smoothing Forecasting with MATLAB Implementation
This collection of MATLAB programs implements grey prediction and exponential smoothing forecasting methods, essential tools for mathematical modeling in prediction problems. The package includes funesm1, funesm2, and funesm3 for first, second, and t
MATLAB-based 3D Reconstruction System
This program implements 3D reconstruction of objects using MATLAB, employing a methodology that first calibrates the camera to establish the relationship between the image coordinate system and world coordinate system. The system then reconstructs 3D
Numerical Computation Core Program for Solving Oil Film Pressure Distribution in Hydrostatic Radial Bearings
Core numerical computation program for solving oil film pressure distribution in hydrostatic radial bearings - featuring mathematical modeling, iterative algorithms, and optimization 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
Fault Diagnosis and Identification for TE Model Using KPCA (Kernel Principal Component Analysis)
Fault diagnosis and identification for TE model based on KPCA (Kernel Principal Component Analysis) methodology
DS Evidence Theory for Information Fusion: Implementation and Applications
DS Evidence Theory applied to information fusion with implementation insights across multiple disciplines, featuring code-related descriptions and algorithm explanations.
MATLAB Code Implementation for ARIMA Model
MATLAB-based source code for ARIMA (AutoRegressive Integrated Moving Average) model. This implementation provides comprehensive tools for time series analysis, featuring model building procedures and spectral analysis capabilities. The code handles p
Series Hybrid Electric Vehicle Energy Control Strategy
Energy control strategy for series hybrid electric vehicles with thermostat control approach. When battery SOC is within optimal range, propulsion relies solely on electric motor, while engine operation depends on vehicle's energy demands. Below SOC
MATLAB Implementation of Method of Moments Algorithm
Complete MATLAB program featuring grid partitioning, basis function implementation, and method of moments algorithm for electromagnetic field computation