Cooperative vehicular safety systems are expected to revolutionize the driving experience
by providing road safety applications based on incident detection. Two vital quality …

The proper performance of cooperative safety applications in vehicular networks depends of
the exchange of beacon messages between neighboring vehicles. A challenge in these …

Vehicular safety applications, such as cooperative collision warning systems, rely on
beaconing to provide situational awareness that is needed to predict and therefore to avoid …

In vehicular networks, the exchange of beacons among neighboring vehicles is a promising
solution to guarantee a vehicle's safety. However, frequent beaconing under high vehicle …

Cooperative vehicular networks require the continuous exchange of beacon messages
between neighboring vehicles to support cooperative awareness applications. The position …

In the future intervehicle communication will make driving safer, easier, and more
comfortable. As a cornerstone of the system, vehicles need to be aware of other vehicles in …

A key feature of inter-vehicle communications is their ability of supporting cooperative safety-
critical applications (CSCA) which prevent a vehicle from colliding with the others. In this …

In vehicle ad hoc networks (VANETs), a beacon is a periodic message sent to nearby
vehicles containing essential details like the sender's vehicle ID, location, speed, and …

Cooperative awareness among vehicles is required to make driving safer. Inter-vehicle
communication is achieved by beaconing in the vicinity of the respective vehicles. The …

Connected vehicles have been considered as an effective solution to enhance driving safety
as they can be well aware of nearby environments by exchanging safety beacons …