Titlebook: NETWORKING 2010; 9th International IF Mark Crovella,Laura Marie Feeney,S. V. Raghavan Conference proceedings 2010 IFIP International Federa

BILK

Daniel Gyllstrom,Sudarshan Vasudevan,Jim Kurose,Gerome Miklau

男學(xué)院

代理人

Nabeel Farooq Butt,Mosharaf Chowdhury,Raouf Boutabach ?Lebensgestaltung — Ethik — Religionskunde‘ als verpflichtendes Lehrfach anstelle des konfessionellen Religionsunterrichts u.a. verweisen immer auf die Problematik, mit der dieses Gebiet behaftet ist, k?nnen und sollen jedoch im Rahmen dieses Artikels nicht erl?utert werden..

Inoperable

助記

Using Torrent Inflation to Efficiently Serve the Long Tail in Peer-Assisted Content Delivery Systemsing clients to “inflate” torrents for files that would otherwise require substantial server bandwidth. Our performance results show that use of torrent inflation can substantially reduce download times, by more than 50% in some cases.

Offstage

Network Distance Prediction Based on Decentralized Matrix Factorizationare DMF with two popular NCS algorithms: Vivaldi and IDES. The former is based on metric space embedding, while the latter is also based on matrix factorization but uses landmarks. Experimental results show that DMF achieves competitive accuracy with the double advantage of having no landmarks and o

生銹

Synapse: A Scalable Protocol for Interconnecting Heterogeneous Overlay Networksgives a practical solution to network partitions..We precisely capture the behavior of traditional metrics of overlay networks within Synapse and present results from simulations as well as some actual experiments of a client prototype on the Grid’5000 platform. The prototype developed implements th

吞沒(méi)

Stateless RD Network Servicesng that S-RD routers preserve the delay bounds of RD network services. As case studies, we consider Voice-over-IP (VoIP) and Web browsing as particular examples of Internet applications. The extensive simulation results demonstrate that S-RD Network Services significantly improve VoIP quality and in

浮夸

Multicast in Multi-channel Wireless Mesh Networks is introduced at the MAC/PHY layer. Through extensive simulations, we demonstrate the effectiveness of the proposed solution framework and the sub-problem heuristics. In particular, a throughput improvement of up to 100% is observed when compared to straightforward approaches of utilizing multiple

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