Paper Info
Title
Throughput and delay analysis in Aeronautical Data Networks
Abstract
Evergrowing consumer demand for wireless connectivity is opening a new paradigm of communications, “Aeronautical Data Networks (ADN)”. The desire is to provide high throughput and cost effective data network not only for an aeronautical applications, but also for terrestrial networks by using aeronautical platforms as a backbone. An aeronautical station (AS) could be a commercial plane, a helicopter, or any other low orbit station, i.e., Unmanned Air Vehicle, High Altitude Platforms. In this paper, we study an aeronautical broadband wireless access scheme to provide throughput and delay analysis for ADN. First, a simple topology of ADN is presented as a mobile ad-hoc network (MANET). A two-hop network model is considered where each packet makes two hops, one from the source AS to a relay AS and one from the relay AS to the destination AS. Then, based on the method of finding the maximum number of concurrent successful transmissions, the ADN throughput upper bound is obtained. Closed-form end-to-end delay expression is also derived, to provide a general ADN system performance in terms of throughput and delay. Numerical results are presented, which show the alignment with our theoretical analysis.
Year
DOI
Venue
2012
10.1109/ICCNC.2012.6167527
ICNC
Keywords
Field
DocType
aeronautical data networks,delay,aeronautical broadband wireless access scheme,radio access networks,unmanned air vehicle,aircraft communication,two-hop network model,mobile ad hoc network,closed-form end-to-end delay expression,telecommunication network topology,broadband networks,autonomous aerial vehicles,delay analysis,aeronautical application,adn topology,high altitude aeronautical platform,adn system performance,mobile ad hoc networks,terrestrial network,cost effective aeronautical data network,ad hoc networks,consumer demand,throughput,wireless connectivity,adn throughput upper bound,aeronautical station,system performance,cost effectiveness,broadband wireless access,network delay,network model,ad hoc network,end to end delay,upper bound,high throughput
Mobile ad hoc network,Wireless broadband,Network packet,Computer network,Throughput,Wireless ad hoc network,Engineering,Broadband networks,Network model,Relay
Conference
ISBN
Citations 
PageRank 
978-1-4673-0723-9
3
0.42
References 
Authors
7
6
Name
Order
Citations
PageRank
Yufeng Wang1766.43
Mustafa Cenk Ertürk2362.37
H. Arslan32698174.53
Ravi Sankar465655.66
Inho Ra57710.46
Salvatore D. Morgera622025.66