IEEE 802.11 p Wireless Access in the Vehicular Environment (WAVE) standard is being
developed, in order to support Intelligent Transportation System (ITS) applications including …

Currently, the V2V (vehicle to vehicle) network relies on periodic broadcast to disseminate
emergency warning messages (EWM) to locations beyond the transmission range of …

This paper, focuses on the" enhancement" of multi-hop vehicular broadcast (MHVB). The
protocol is fundamentally a flooding algorithm with special characteristics in order to …

Nodes in vehicular mobile networks can resolve Internet Protocol (IP) addresses by using
the new technologies associated with IP-based next generation wireless networks. Vehicles …

In this paper, two IEEE 802.11-based multihop broadcast protocols, namely urban multihop
broadcast and ad hoc multihop broadcast, are proposed to address the broadcast storm …

Remarkable advance of wireless communications and extensive use of mobile electronics
have made vehicular networks no longer a futuristic promise, but rather an attainable …

In IEEE1609. 4/IEEE 802.11 p for vehicular ad hoc network (VANET), periodic broadcasting
of status messages on the control channel (CCH) can realize collision avoidance, accident …

Inter-Vehicle Communication Systems rely on multi-hop broadcast to disseminate
information to locations beyond the transmission range of individual nodes. Message …

In this paper, a fully Ad-Hoc Multi-hop Broadcast protocol (AMB) is proposed for inter-
vehicular networks. The AMB is an ad-hoc extension of the UMB protocol which handles …

Vehicular Ad Hoc Network has recently been considered as attractive network architecture
to provide various services ranging from road safety to entertainment applications. In this …