… They are currently deployed in specific and separated airspaces from regular aircraft.
Since they can be deployed in a wide range of civilian and military applications (eg aerial …

… Flying ad-hoc networks are becoming a promising solution for different application scenarios
involving … Although manned aircraft is used in this sector, the emerging concept of small …

… new ad hoc network between commercial aircraft in the sky for the purpose of sharing data
and Internet access. In AANET, the aircraft … data with other aircraft by dynamically establishing …

… classification of UAVs is that shown in Figure 1, box F, which is based on the airspace class;
very low altitude UAVs operate in Class G airspace, with the possibility of the aircraft being …

… ad hoc network with radio nodes mounted at fixed sites, on ground vehicles, and in small
(10kg) UAVs. The ad hoc networking … we consider ad hoc networks consisting of ad hoc nodes …

… of the flying network systems. Ad Hoc networking among flying nodes named Flying Ad …
“A new geographic routing protocol for aircraft ad hoc networks,” IEEE AIAA 29th Digital …

… aircraft ad hoc (GRHAA) networks. The GPMOR protocol used a movement prediction
function in order to calculate the location of neighbor nodes and destination and then used a …

… Weaknesses of ARPAM: In the case when the nodes of the network move at a very high
speed (eg, fast aircraft), ARPAM is not suitable and cannot be adapted in such scenario because …

… Flying Ad-Hoc Network (FANET) is a technique that both solves the coverage range …
considered another type of ad-hoc network, holds all security issues of ad-hoc networks. Besides, it …

… to control how a number of aircraft and terrestrial nodes with directional antennas
communicate in order to support a highly responsive and dynamic network. The Naval Research …