Explore MATLAB source code curated for "元胞自动机" with clean implementations, documentation, and examples.
Traffic flow simulation using cellular automata NS model source code, fully functional implementation, includes acceleration/deceleration and randomization algorithms for realistic vehicle behavior simulation
MATLAB source code for cellular automata simulation featuring state evolution rules: 1) A cell with state 0 transitions to state 1 with probability a×b when it has neighboring cells in state 1, where transition probability increases with more state-1 neighbors; 2) A cell with state 1 maintains its state unchanged. Simulation uses a 50×50 grid with initial propagator at center cell (25×25), Moore neighborhood configuration, and runs for 50 time steps to generate knowledge propagation visualization.
An overview of cellular automata simulation methods in mathematical modeling, including key implementation approaches and algorithm explanations
MATLAB-based graphical simulation of microscopic traffic flow modeling results using cellular automata approach
Three cellular automata programs for traffic flow simulation, implementing Rule 184 and stochastic lane-changing for dual-vehicle types, with vehicle length considerations incorporated into the modeling framework.
A MATLAB implementation of a multi-lane traffic simulation using cellular automaton principles, featuring key functions for vehicle dynamics modeling
MATLAB routines for CA simulations including Game of Life, surface tension models, percolation clusters, and more. Ideal for CA beginners with code implementation insights and algorithm explanations.
This is a traffic flow cellular automaton (CA) model that realistically simulates traffic flow dynamics, featuring code implementation with state transition rules, vehicle movement algorithms, and congestion simulation suitable for traffic engineering research and intelligent transportation system development.
Exceptional work! This outstanding paper from the 2009 American Mathematical Contest in Modeling (MCM) Problem A features MATLAB source code that comprehensively solves roundabout traffic simulation challenges. The implementation demonstrates cellular automata-based modeling and simulation of transportation systems (roundabouts) using MATLAB. Includes complete MCM 2009 Problem A paper with solutions and functional code.
A comprehensive guide to developing cellular automata using MATLAB, featuring design methodology explanations and complete source code implementation.