We present results relative to a simple cellular automata model without periodic boundary conditions for an highway with on-ramps. Simulations performed with this model reproduce experimental phenomena observed in traffic such as free flow, synchronized flow, congested flow, lane inversion, forward and backward propagating waves. On-ramps play the important role of nucleation points for the dynamic features of traffic.
Campari E.G., Levi G. (2000). A cellular automata model for highway traffic. THE EUROPEAN PHYSICAL JOURNAL. B, CONDENSED MATTER PHYSICS, 17(1), 159-165 [10.1007/s100510070172].
A cellular automata model for highway traffic
Campari E. G.
Primo
;
2000
Abstract
We present results relative to a simple cellular automata model without periodic boundary conditions for an highway with on-ramps. Simulations performed with this model reproduce experimental phenomena observed in traffic such as free flow, synchronized flow, congested flow, lane inversion, forward and backward propagating waves. On-ramps play the important role of nucleation points for the dynamic features of traffic.File in questo prodotto:
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