Pre-signal is an additional traffic light proposed in traffic system to improve the left-turning
efficiency of intersections. The efficiency of pre-signals in a networked environment will be …

Traffic flows controlled by traffic light strategies were investigated via a cellular automaton
model with anticipation, which is suitable for describing urban traffic. Three kinds of …

We study the impact of global traffic light control strategies in a recently proposed cellular
automaton model for vehicular traffic in city networks. The model combines basic ideas of …

Traffic flow at an uncontrolled T-shaped intersection is modelled by a cellular automaton
model. A priority probability of the through car is introduced. The phase diagram of the …

A multi-speed and two-lane cellular automata model of traffic flow was proposed to simulate
the main road traffic in city under the open boundary conditions. By considering many real …

This paper studies the traffic flow in a grid road network with non-signalized intersections.
The nature of the drivers in the network is simulated such that they play an iterative snowdrift …

This paper proposes an improved cellular automaton model to describe the urban traffic flow
with the consideration of traffic light and driving behaviour effects. Based on the model, the …

In this paper, the traffic flow at an unsignalized T-shaped intersection in which there are
three input directions of vehicles and two right-turnings and one left-turning has been …

We study the dynamical behavior of counter traffic flow through a sequence of signals (traffic
lights) controlled by a phase shift. There are two lanes for the counter traffic flow: the first …

In this paper, we present a cellular automaton (CA) simulation of a signalized intersection.
When there is no exclusive lane for left-turn vehicles, through vehicles and left-turn vehicles …