Intelligent transportation systems have enormous potential for improving the quality of our
lives. They rely on traffic monitoring and control infrastructures to enable an efficient …

… services in large-scale vehicular networks. Specifically, the concept of “large-scale” refers to
both … where multiple RSUs distributed in large-scale of geographic areas are cooperated to …

… and effectiveness of our proposed routing protocols for large scale VANET scenarios. … the
routing in a large scale VANET, ie, several or tens of square miles. Such network can be used …

… vehicle-to-vehicle communication technologies, we still lack a clear understanding of
vehicular network topological properties. In this paper, we present a complex network analysis of …

… not scale well to our largescale vehicular scenario, as they require expensive re-computations
at each movement of every network … force us to evaluate a large set of instances for each …

… We argue that a large-scale communication infrastructure which is dedicated to vehicular …
as proposed in this paper can also be applied in the highway vehicular networks. …

… networking protocols, we analyze the connectivity properties of the TAPASCologne dataset,
and compare them with those of other vehicular … determine the vehicular network connectivity…

… UHS) on top of a vehicular network. We analyze how UHS operates in a vehicular network
using a network simulation of realistic large scale vehicular movement data and show that the …

… vehicles linked to a certain vehicle. Thus, for the sake of clarity, we consider the connectivity
of a large-scale urban vehicular network in the view of network topology characteristics, and …

… Our analysis evidences the vehicular network performance bias that mobility traces with
limited microscopic and macroscopic detail can induce, and leads to the future research …