Vehicular ad-hoc networks provide essential Internet services to users. In consequence,
mobile gateways are deployed to guarantee access to the Internet for the entire network …

Some of the mobility challenges in the cities can be approached with the Internet of Things,
Cloud Computing, and Fog Computing. In this work we consider the city as a system of …

Inspired by the dramatic evolution of VANE clouds, this paper proposes a new VANET-cloud
service called VWaaS (Vehicle Witnesses as a Service) in which vehicles moving on the …

Within the context of autonomous driving, this paper presents a method for the coordination
of multiple automated vehicles using priority schemes for decoupled motion planning for …

Considerable attention has been assigned to Vehicular Cloud towards identifying methods
to utilize under-used, available computing and physical resources of vehicles effectively …

Nowadays, when a traffic flow increases extremely and cities are more and more congested
by vehicles, the information about unexpected events (use-cases) occurred during travels …

In recent years, even though there has been a lot of progress in automotive industry and
their offered services but not all of their computational capacities have yet been used. The …

Vehicular Clouds processing is a new field of research that aims to exploit the vehicles'
onboard computational resources as a part of a cooperative distributed cloud computing …

One of the main goals in using vehicular ad hoc networks (VANETs) system is to provide the
driver of a vehicle with services that helps him/her in avoiding chain accidents and traffic …

In the recent past, a new concept termed as VANET-based clouds evolved from traditional
VANET incorporating both VANET and cloud computing technologies in order to provide …