A Space Internet is possible, as long as the delay and disruption challenges imposed by the
space environment are properly tackled. Because these conditions are not well addressed …

In the domain of opportunistic networking, just like in any other domain of computer science,
the engineering process should span all stages between an original idea and the validation …

Challenged networking applications such as rural internet, battlefield communication, post-
disaster communication etc. cannot rely on mere DTN for its unpredictable delay and …

The increasing trend on wireless-connected devices makes opportunistic networking a
promising alternative to existing infrastructure-based networks. However, on these networks …

There is a lack of reliable tools for evaluating the performance of Delay Tolerant Networks
(DTN). Frequently, the researchers use small-scale real networks or one of the few available …

Opportunistic networks are constructed by devices carried by people and vehicles. The
devices use short range radio to communicate. Since the network is mobile and often sparse …

A delay tolerant network (DTN) deals with the issue of frequently interrupted connections
and relaxes the need for a continuous end-to-end relation between nodes. The Bundle …

Delay Tolerant Networks (DTNs), especially the Bundle Protocol (BP), transmit data in self-
contained bundles each of which carrying all necessary information to process it and route it …

Delay Tolerant Networks are currently a promising alternative to infrastructure-based
networks, but they have not seen a wide deployment so far. There are several ways to …