One-Dimensional and Two-Dimensional Array Pattern Calculations
Comprehensive calculation methods for 1D and 2D array radiation patterns featuring various amplitude/phase distributions, error analysis, and implementation algorithms
Diffusion Equation Solutions in MATLAB with Code Implementation Examples
This resource provides two comprehensive examples of solving diffusion equations in MATLAB: one for 1D diffusion and another for 2D diffusion. Both implementations include animated visualizations of the diffusion process during computation, featuring key algorithmic approaches and MATLAB function explanations.
3D Data Denoising Processing
3D data denoising processing, including 1D and 2D data denoising applications with code implementation approaches
Reconstructing Phase Space Trajectories from One-Dimensional Time Series
This MATLAB-based program computes phase space trajectory reconstructions for one-dimensional time series data and identifies optimal reconstruction delay steps/time parameters using advanced algorithms.
Numerical Simulation of One-Dimensional Incompressible Transient Flow Using the Method of Characteristics (Midpoint Rectangular Formula)
Numerical Simulation of One-Dimensional Incompressible Transient Flow Using the Method of Characteristics (Midpoint Rectangular Formula)
MATLAB Implementation of 1D to 3D Algorithms with Multi-Shape Scatterer Examples
MATLAB-based algorithms for 1D to 3D transformation featuring various scatterer shapes, implemented with numerical computation methods including forward modeling and inverse reconstruction techniques
Designing One-Dimensional FIR Filters with Arbitrary Frequency Response Using Second-Order Cone Programming Theory
Implementation of one-dimensional FIR filter design with arbitrary frequency response using second-order cone programming optimization, featuring mathematical formulation and practical coding approaches.
A Finite Element Method Implementation for 1D Heat Conduction Equation with MATLAB Code Examples
1DHeatEquFEM is a MATLAB example program that demonstrates numerical solution of one-dimensional heat conduction equation using Finite Element Method (FEM), featuring complete code implementation showcasing matrix assembly, boundary condition handling, and time integration techniques.
One-Dimensional Moving Least Squares (MLS) Matlab Implementation
A MATLAB computational program for one-dimensional Moving Least Squares (MLS) method, designed for advanced curve fitting applications with configurable smoothing parameters
MATLAB Code Implementation for UKF Simulation
Detailed UKF simulation program with comprehensive comments, featuring two demonstration cases (1D and 2D tracking scenarios). Includes performance comparison with EKF, clearly demonstrating UKF's superiority in nonlinear systems through practical code implementations.