In the last decade, both scientific community and automotive industry enabled
communications among vehicles in different kinds of scenarios proposing different vehicular …

Vehicular Delay-Tolerant Networks (VDTNs) were proposed as a solution to overcome some
issues found in other vehicular technologies. VDTNs assume the bundle layer placement …

In the last decade vehicular communications have been the focus of research, not only by
the related scientific community but also by the automotive industry. Several architectures …

Vehicular communications are emerging as a promising technology to enable
communications using vehicles as network nodes. VDTNs appear as a novel approach to …

Vehicular communications refer to a wide range of networks proposed for environments
characterized by sparse connectivity, frequent network partitioning, intermittent connectivity …

In vehicular delay-tolerant networks (VDTNs), an end-to-end relay path between bundle
source and destination nodes may not be available. To accomplish such goal, VDTNs rely …

ABSTRACT Vehicular Delay‐Tolerant Networks emerge as a vehicular networks technology
that can be deployed on a wide range of scenarios. For example, it can be applied in sparse …

Various operational communication models are using Delay-Tolerant Network as a
communication tool in recent times. In such a communication paradigm, sometimes there …

A wide range of daily-life applications supported by vehicular networks attracted the interest,
not only from the research community, but also from governments and the automotive …

Vehicular delay-tolerant networks follow a store–carry–forward mechanism to overcome the
state of broken links between source and destination, which is crucial for autonomous …