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 …

Abstract Delay-Tolerant Networks (DTN) enable store-carry-and-forward data transmission
in networks challenged by frequent disruptions and high latency. Existing classification …

Existing Internet protocols assume persistent end‐to‐end connectivity, which cannot be
guaranteed in disruptive and high‐latency space environments. To operate over these …

Delay-and Disruption-Tolerant Networking (DTN) is a new communication paradigm that
can span across multiple networks and cope with harsh conditions not envisioned in the …

In disruption-tolerant networking (DTN), data is transmitted in a store-carry-forward fashion
from network node to network node. In this paper, we present an open source DTN …

This paper discusses a machine learning-based approach to routing for delay tolerant
networks (DTNs)[1]. DTNs are networks which experience frequent disconnections between …

In delay-tolerant networks (DTNs) with uncertain contact plans, the communication episodes
and their reliabilities are known a priori. To maximize the end-to-end delivery probability, a …

Cooperation between vehicles facilitates traffic management, road safety and infotainment
applications. Cooperation, however, requires trust in the validity of the received information …

In order to effectively communicate with Earth from deep space there is a need for network
automation similar to that of the Internet. The existing automated network protocols, such as …

Smart mobile devices are generating a tremendous amount of data traffic that is putting
stress on even the most advanced cellular networks. Delayed offloading has recently been …