Vehicular ad hoc networks (VANET) have received tremendous attention due to their
potential impact on scientific research and their numerous attractive applications. With the …

In the last few years, traffic congestion has become a growing concern due to increasing
vehicle ownerships in urban areas. Intersections are one of the major bottlenecks that …

In this paper, we propose an intelligent traffic light controlling (ITLC) algorithm. ITLC is
intended to schedule the phases of each isolated traffic light efficiently. This algorithm …

Traffic congestion is an ever increasing problem on our roadways and city streets. The main
contribution of this survey is a taxonomy of adaptive traffic signal control strategies achieved …

Adaptive traffic signal control can automatically adjust signal cycles, offsets and green ratios
with the fluctuations of traffic flow to reduce the delay of vehicle fleets. At present, cloud …

The correct and prompt definition of priorities at intersections is one of the key issues for
vehicular safety and efficient traffic management. Traffic lights currently control only a limited …

Efficient traffic control and management is a fundamental and urgent challenge in our ever-
growing cities. Maximizing roadway capacity usage, balancing traffic flows, decreasing …

The increasing volume of traffic in cities has a significant effect on the road traffic
congestions and the time it takes for road users to reach their destinations as well. Adaptive …

Vehicular network technology is frequently used to provide several services and
applications for drivers on road networks. The proposed applications in the environment of …

A VANET is an excellent instance of a wireless sensor network. The mobile vehicles are the
nodes and communication happens between the vehicular nodes. This facility of …