Emerging applications rely on wireless broadcast to disseminate time-critical information.
For example, vehicular networks may exchange vehicle position and velocity information to …

We propose a broadcast algorithm suitable for a wide range of vehicular scenarios, which
only employs local information acquired via periodic beacon messages, containing …

Most of the envisioned services over vehicular networks need to deliver information to all
vehicles inside a certain region. Several such broadcasting protocols have been reported so …

This work is motivated by network applications that require nodes to disseminate their state
to others. In particular, vehicular nodes will host applications that periodically disseminate …

In Dedicated Short Range Communications (DSRC) based vehicular networking, each
vehicle periodically broadcasts control updates (that contain location and speed information …

A primary goal of intelligent transportation systems is to improve road safety. The ability of
vehicles to communicate is a promising way to alleviate traffic accidents by reducing the …

Broadcasting in vehicular networks has attracted great interest in research community and
industry. Broadcasting on disseminating information to individual vehicle beyond the …

Broadcast communications is critically important in vehicular networks. Many safety
applications need safety warning messages to be broadcast to all vehicles present in an …

Broadcast is a fundamental service for self–organizing wireless networks but its importance
increases in the context of inter–vehicle communication (IVC) systems where it can be used …

Vehicular Ad hoc Networks (VANETs) appeared as a subclass of MANETs for inter-vehicle
communication. However, VANETs have a relatively more dynamic nature as compared to …