LSTM Implementation for Simple Real Estate Price Prediction
LSTM example with fully annotated and executable code demonstrating basic real estate price forecasting using time series analysis
Mode-Locked Laser Principle Simulation
A self-developed simulation of mode-locked laser principles with simplified code implementation to aid in understanding the properties of mode-locked laser pulses.
33-Node Distribution Network Power Flow Calculation
Power flow calculation for 33-node distribution network using forward-backward sweep method, featuring simple implementation and rapid convergence with practical code considerations
MATLAB Implementation of Radial Basis Function
A simple and user-friendly MATLAB code implementation of radial basis function, featuring core interpolation algorithms and practical application examples
MATLAB Implementation of Binocular Stereo Vision
Binocular stereo vision implementation using MATLAB, suitable for beginners with clear code examples and algorithm explanations
Simple Cellular Automaton Traffic Simulation
A MATLAB implementation of a multi-lane traffic simulation using cellular automaton principles, featuring key functions for vehicle dynamics modeling
Simplified Implementation for Stochastic Production Simulation in Power Systems (Featuring Convolution, Cumulant, and Equivalent Energy Function Methods)
A lightweight program for stochastic production simulation in power systems, implementing three core algorithms: conventional convolution method, cumulant method, and equivalent energy function method, with practical code-level descriptions
Direct Method for Bispectrum Estimation
The direct method provides a straightforward approach to bispectrum estimation, making it particularly suitable for beginners due to its simple implementation and intuitive mathematical foundations
Simple Engine Model with Technical Implementation Details
A straightforward engine simulation model created by another developer, featuring combustion process modeling and mechanical motion simulation with code-level implementation insights for collaborative learning.
Alternating Direction Method for Solving Simple Variational Inequality Problems
Implementation of the Alternating Direction Method for solving basic variational inequality problems, referencing the decomposition approach with variable parameters from "Decomposition Method with a Variable Parameter for a Class of Monotone Variational Inequality Problem"