Chun-Hao Wen

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Optimized Water Filling scheduling (OWF) has been studied previously \cite{p2p:Ezovski2009} for no peer leaving Peer-to-Peer (P2P) network, where the problem of efficiently delivering a common set of data from a single base station to multiple users that have heterogeneous uploading capacity was examined. In the absence of peer leaving, it has been(More)
Bioinformatics is advanced from in-house computing infrastructure to cloud computing for tackling the vast quantity of biological data. This advance enables large number of collaborative researches to share their works around the world. In view of that, retrieving biological data over the internet becomes more and more difficult because of the explosive(More)
Peer-to-peer (P2P) File delivery systems of distributed computing are designed with the understanding that any peer can leave the network at any time, often right after completing its download. The conventional approach to P2P scheduling, shortest processing-time first, is not well suited to peer-leaving situations. We therefore propose a new scheduling(More)
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