Open boundaries in a cellular automata model for synchronized flow: effects of nonmonotonicity.
In this paper, we have discussed the traffic situations arising from the open boundary conditions (OBC) of a cellular automata model that can reproduce the synchronized flow. The model is different from the slow-to-start (STS) model in that the upper branch of the fundamental diagram in the periodic boundary conditions (PBC) is not monotonous but has an extremum. The phase diagram and the fundamental diagram of the model in the OBC are investigated. The results are compared with those of the STS model and those in the PBC. The current in the OBC as well as the density profiles in the different phases is also investigated.
Jiang
Rui
R
School of Engineering Science, University of Science and Technology of China, Hefei 230026, People's Republic of China.
Wu
Qing-Song
QS