Node mobility and end-to-end disconnections in disruption-tolerant networks (DTNs) greatly
impair the effectiveness of data forwarding. Although social-based approaches can address …

Opportunistic or delay-tolerant networks (DTNs) may be used to enable communication in
case of failure or lack of infrastructure (disaster, censorship, remote areas) and to …

Opportunistic or Delay Tolerant Networks (DTNs) may be used to enable communication in
case of failure or lack of infrastructure (disaster, censorship, remote areas) and to …

In Delay Tolerant Networks (DTNs), some routing algorithms ignore that most nodes are
selfish, ie, nodes are willing to use their own resources to forward messages to nodes with …

One of the most appealing applications to build upon an opportunistic network is data
dissemination. Conceptually, data dissemination systems can be seen as variations of the …

As malware attacks become more frequent in mobile networks, deploying an efficient
defense system to protect against infection and to help the infected nodes to recover is …

To provide communication services in delay-tolerant networks (DTNs) where there may exist
no end-to-end paths between mobile node pairs, a variety of relaying and routing algorithms …

Opportunistic or Delay Tolerant Networks (DTNs) are envisioned to complement existing
wireless technologies (cellular, WiFi). Wireless peers communicate when in contact, forming …

Disaster Response Networks (DRNs) are disruption tolerant networks designed to deliver
mission critical data during disaster recovery, while operating with limited energy resources …

Opportunistic networks (OppNets) provide a scalable solution for collecting delay-tolerant
data from sensors to their respective gateways. Portable handheld user devices contribute …