Delay-tolerant networking is used for communication in challenged environments such as
MANETs, in which links are unstable and end-to-end paths between communicating nodes …

As children, many of us were glued to the science fiction stories in comic books or television
shows. Arguably, computer-generated imagery (CGI) in the recent sci-fi shows or movies …

With the advent of the Internet of Things (IoT) a myriad of new devices will become part of
our everyday life. Constrained Application Protocol (CoAP), and its extensions, are …

A Delay-Tolerant Network (DTN) Architecture (Request for Comment, RFC-4838) and
Bundle Protocol Specification, RFC-5050, have been proposed for space and terrestrial …

Delay-tolerant networking (DTN) provides a platform for applications in environments where
end-to-end paths may be highly unreliable or do not exist at all. In many applications such …

Mobile phones are becoming commonplace for consuming Internet content and services.
However, availability, affordability, and quality of the supposedly ubiquitous cellular network …

In this paper we demonstrate an application platform architecture and implementation that
allows developers to easily target opportunistic networks. The platform includes an …

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 …

In delay-tolerant networks, end-to-end routes are rarely available, and routing protocols
must take advantage of the opportunistic interactions among nodes to deliver packets …

Disruption-tolerant networks aim at reliable delivery of messages to their intended
destinations even when continuous end-to-end paths are not available. Frequent network …