The fifth generation (5G) networks are characterized with ultra-dense deployment of base
stations with limited footprint. Consequently, user equipment's handover frequently as they …

Computation offloading for vehicular edge computing (VEC) architecture has gained
increasing attention, with the emergence of mobile and vehicular applications with high …

The future of intelligent transportation systems has become in-creasingly dependent on the
integration of heterogeneous wireless technologies over connected vehicular networks. In …

Wireless mobile communication in vehicular networks is essential for the content delivery of
road safety and infotainment services to drivers. However, the vehicles' high mobility and …

Recent developments and the ubiquitous availability of wireless technologies and inter-
vehicle communication systems are anticipated to lead to the evolution of heterogeneous …

Applications for intelligent transportation system provide mechanisms and tools geared to
the aid and management of a city's transportation system. These applications are focused on …

Abstract Content Delivery Network (CDN) has been successfully adapted to deliver content
on the traditional Internet. CDNs help reduce the load on the origin server by transferring …

Vehicular communications suffer from intermittent connectivity due to sudden topology
changes. Content retrieval is based on broadcasting and/or cellular infrastructure that allows …

Wth an ever-increasing number of vehicles roaming the streets and a general intensification
of ongoing daily traffic the current vehicular safety systems are not able to reduce the …

With the advent of autonomous driving, the driving experience for users of connected
vehicles changes, as they may enjoy their travel time with entertainment, or work …