How to shorten time delay and enhance delivery ratio in sparse settings is still an open issue
in the study of opportunistic networks. Most proposals are trying to deal with this issue by …

Routing is one of the most challenging problems in opportunistic networks (OppNets)
because of the intermittence of the network connection. To address the issue, many routing …

The evolution of smart mobile devices has significantly impacted the way we generate and
share contents and introduced a huge volume of Internet traffic. To address this issue and …

With the development and maturity of 5G communication technology, the intelligent
terminals and applications in the Internet of Things have exploded. The large-capacity data …

At the dawn of big data and 5G networks, end-to-end communication with large amounts of
data between mobile devices is difficult to be implemented through the traditional face-to …

Abstract Routing in Opportunistic Internet of Things networks (OppIoTs) is a challenging task
because of intermittent connectivity between devices and the lack of a fixed path between …

The arrival of 5G is accompanied by massive data transmission between mobile devices
(MDs) and huge transmission energy consumption in the wireless networks. Therefore, how …

In delay tolerant networks (DTN), non-social attributes and social attributes relating to nodes
have a different effect in designing router algorithms, we can combine these two different …

Two nodes with similar social behavior mean that they contact each other frequently.
Therefore, forwarding packets to them can efficiently improve the performance of routing …

With the development of network technology and the advent of 5G communication era, high-
frequency radio waves with high bandwidth will become the main choice of signal sources …