Conference Proceedings

File fragmentation over an unreliable channel

J Nair, M Andreasson, LLH Andrew, SH Low, JC Doyle

Proceedings IEEE INFOCOM | IEEE | Published : 2010

Abstract

It has been recently discovered that heavy-tailed file completion time can result from protocol interaction even when file sizes are light-tailed. A key to this phenomenon is the RESTART feature where if a file transfer is interrupted before it is completed, the transfer needs to restart from the beginning. In this paper, we show that independent or bounded fragmentation guarantees light-tailed file completion time as long as the file size is light-tailed, i.e., in this case, heavy-tailed file completion time can only originate from heavy-tailed file sizes. If the file size is heavy-tailed, then the file completion time is necessarily heavy-tailed. For this case, we show that when the file s..

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University of Melbourne Researchers

Grants

Awarded by ARO through MURI Grant


Awarded by Australian Research Council


Funding Acknowledgements

We thank Adam Wierman, Lijun Chen and Mani Chandy for helpful discussions. We acknowledge support of ARO through MURI Grant W911NF-08-1-0233, NSF through the NetSE grant, the Caltech Lee Center for Advanced Networking, and Australian Research Council grant DP0985322.