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Schulze, Michael; Werner, Philipp; Lukas, Georg; Kaiser, Jörg
AFP – an Adaptive Fragmentation Protocol for Supporting Large Datagram Transmissions (Artikel)
Journal of Communications, 6 (3), S. 240–248, 2011, (doi:10.4304/jcm.6.3.240-248).
(Abstract | BibTeX | Schlagwörter: Transmission Protocol)
@article{EOS-2011.000-SWLK,
title = {AFP – an Adaptive Fragmentation Protocol for Supporting Large Datagram Transmissions},
author = {Michael Schulze and Philipp Werner and Georg Lukas and Jörg Kaiser},
year = {2011},
date = {2011-03-01},
journal = {Journal of Communications},
volume = {6},
number = {3},
pages = {240–248},
abstract = {Transferring large datagrams is essential for a lot of tasks. If the data does not fit into one network packet, fragmentation is needed. We propose a fragmentation protocol that adapts to different MTUs as well as to the datagram size, ensuring very efficient bandwidth utilization. The protocol is extensible to allow tailoring to network and application demands. Thus, it is suitable for deploying it in various scenarios and under different conditions, whereas other protocols do not scale well. We demonstrate the applicability on low-end embedded devices and in a tele-operated robot scenario. Additionally, we analyze the scalability of our protocol, evaluate the induced overhead for different MTUs and datagram sizes, and compare AFP to other fragmentation protocols.},
note = {doi:10.4304/jcm.6.3.240-248},
keywords = {Transmission Protocol}
}
Transferring large datagrams is essential for a lot of tasks. If the data does not fit into one network packet, fragmentation is needed. We propose a fragmentation protocol that adapts to different MTUs as well as to the datagram size, ensuring very efficient bandwidth utilization. The protocol is extensible to allow tailoring to network and application demands. Thus, it is suitable for deploying it in various scenarios and under different conditions, whereas other protocols do not scale well. We demonstrate the applicability on low-end embedded devices and in a tele-operated robot scenario. Additionally, we analyze the scalability of our protocol, evaluate the induced overhead for different MTUs and datagram sizes, and compare AFP to other fragmentation protocols.
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