Explore MATLAB source code curated for "实现" with clean implementations, documentation, and examples.
This program enables simulation of Zernike polynomial coefficients and phase screens for arbitrary orders, featuring both numerical and graphical outputs with customizable parameters.
Vortex beams represent a cutting-edge research field in optics. Under the guidance of leading domestic scholars, I conducted extensive research focusing on liquid crystal spatial light modulators (SLMs). This work successfully demonstrated various image displays including multiple types of vortex beams, interference patterns between vortex beams and plane waves, vortex-spherical wave interference, and self-interference of vortex beams. Below are selected code implementations available for download, featuring comprehensive algorithm descriptions and implementation approaches.
MATLAB-based implementation for forward modeling of rock physics in fractured media, featuring valuable algorithms and computational approaches for geological simulation
A Novel Evidence Theory-Based Combination Formula for Data Fusion, proposed by researcher Sun Quan in the Journal of Electronics.
A comprehensive guide to reading binary STL files and generating 3D graphics in MATLAB with detailed code implementation approaches
This file contains MATLAB-based code implementation for D-S Evidence Theory, supporting both theoretical derivation validation and practical evidence combination operations with customizable belief functions and combination rules.
This bispectrum analysis implementation enables bispectral computation and visualization, providing valuable tools for signal processing applications. The code includes functions for calculating higher-order spectra and generating insightful plots to analyze signal characteristics.
Recent research on various RNN architectures, inspired by Trask's blog demonstrating basic RNN implementation in Python, has been successfully ported to MATLAB with excellent experimental results. The implementation covers core RNN components including forward propagation, backpropagation through time (BPTT), and gradient computation.
Implementation of Single-Input Single-Output Model Predictive Control Algorithm featuring standard implementation, inverse response handling, and linear programming approaches with practical coding insights.
MATLAB code implementation for canonical correlation analysis with correlation coefficient maximization