A vehicular ad hoc network (VANET) is a mobile ad hoc network in which network nodes are
vehicles-most commonly road vehicles. VANETs present a unique range of challenges and …

A major challenge in vehicular ad-hoc networks (VANETs) is the ability to account for
resource sharing and location management so that multicasting/routing functions and …

In this paper, a vehicular cloud (VC) model is adopted where vehicles offer data as a
service. We propose solutions for efficient data delivery based on transmission scheduling …

This paper presents a distributed clustering algorithm, called DCEV, which constructs multi-
hop clusters. DCEV places vehicles into non-overlapping clusters which have adaptive size …

High mobility and variable road surface condition brings big challenges for road event
detection by using vehicular sensor networks (VSNs). VSNs are data-centric networks, so …

Ground-breaking innovations in transport, such as autonomous vehicles, the European
Local Dynamic Map (LDM) and related on-line services heavily depend on reliable vehicular …

The demand of an intelligent transportation system goes high in future as the number of
vehicles and accidents on the road increases with an exponential rate. A vehicular ad hoc …

The performance of Vehicular Ad hoc Networks (VANETs) is greatly affected by the design of
Medium Access Control (MAC) protocol adopted by these networks. In large-scale networks …

In this paper, a vehicular cloud (VC) model is adopted where vehicles offer data as a
service. We propose solutions for efficient data delivery based on transmission scheduling …

Abstract Vehicular Ad-Hoc Networks (VANETs) has come up in the late years to improve
street and vehicle security, solace to drivers and travelers furthermore the simplicity to …