End-to-end communication in highly-dynamic airborne networks is challenging due to the presence of highly mobile nodes and the inherent nature of wireless communication channels. Domain-specific protocols are required that can address these challenges and enable reliable transmission of data in this environment. We develop the ANTP (airborne network and transport protocols) suite that operates in this highly-dynamic environment while utilising cross-layer optimisations between the physical, MAC, network, and transport layers. We show how each component in the ANTP suite outperforms the traditional TCP/IP and MANET protocols through simulation using ns-3. Having verified these protocols through simulation and analysis, the next step towards deployment of the ANTP suite is developing a crossplatform implementation of the protocols. Towards this end we present an architecture for the protocol stack to be implemented in the Python programming language.
E. K. Çetinkaya and J. P. Rohrer and A. Jabbar and M. J. Alenazi and D. Zhang and D. S. Broyles and K. S. Pathapati and H. Narra and K. Peters and S. A. Gogi and J. P. Sterbenz, "Protocols for Highly-Dynamic Airborne Networks," Proceedings of the 18th Annual International Conference on Mobile Computing and Networking, MobiCom 2012, Çetinkaya, Egemen K., Jan 2012.
18th Annual International Conference on Mobile Computing and Networking, MobiCom 2012 (2012: Aug. 22 - 26, Istanbul, Turkey)
Electrical and Computer Engineering
United States. Department of Defense
International Foundation for Telemetering
Keywords and Phrases
Disruption Tolerant Networks; MANET; Mobile Wireless Network; Ns-3 Simulation; Python Implementation; High Level Languages; Mobile Ad Hoc Networks; Mobile Computing; Telecommunication Networks; Wireless Telecommunication Systems; Network Architecture
International Standard Book Number (ISBN)
Print OCLC #
© 2012 Çetinkaya, Egemen K., All rights reserved.