Mobile opportunistic networks provide an efficient solution to implement the intensive
perception and ubiquitous interconnection in Internet of Things. Routing selection is one of …

Delay/Disruption Tolerant Networks (DTNs) have been identified as one of the key areas in
the field of wireless communication, wherein sparseness and delay are particularly high …

ABSTRACT Delay Tolerant Network (DTN) is an emerging networking technology that is
widely used in the environment where end-to-end paths do not exist. DTN follows store-carry …

In particular types of Delay-Tolerant Networks (DTN) such as Opportunistic Mobile Networks,
node connectivity is transient. For this reason, traditional routing mechanisms are no longer …

We live in a world where demand for monitoring natural and artificial phenomena is growing.
The practical importance of Sensor Networks is continuously increasing in our society due to …

The patterns of movement used by Mobile Ad-Hoc networks are application specific, in the
sense that networks use nodes which travel in different paths. When these nodes are used …

The performance modeling study of Delay-Tolerant Network routing, in general, assumes
the nodes to be homogeneous (in terms of features such as the coverage range) and …

We have designed a collection of scenarios, a corpus, for its use in the study and
development of routing algorithms for opportunistic networks. To obtain these scenarios, we …

In this paper, we develop effective solutions for enabling mobile sensing/data collection in
community IoT deployments where sensing/communication coverage is intermittent and …

Delay-Tolerant Networks (DTNs) are wireless mobile networks, where the nodes are sparse
and end-to-end connectivity is rare. Since DTN nodes are mostly energy-limited devices …