S. A. Weil S. A. / Broadcom / GPU / E. L. Miller D. D. / Computer-Communication Networks / Oracle / Computer Laboratory / /
Country
United States / /
Currency
USD / / /
Facility
College Park / University of Sussex1 / /
IndustryTerm
brought high-performance storage systems / tract server / client-server systems / network communications / distributed block device / storage server / energy consumption / large computing clusters / storage network / datacenter networks / speed and long distance networks / energy-efficiency / energy intensive functionality / data center network / metadata server / slowest server / storage systems / data center networks / streaming applications / cheaper and energy-efficient switches / potential solutions / commodity hardware / less energy / multi-path algorithm / cluster-based storage systems / energy efficiency / slowest storage server / datacenter storage network / multimedia applications / library operating systems / built using commodity hardware / /
MusicGroup
The Network / /
OperatingSystem
Linux / /
Organization
University of Sussex1 / University of Sussex1 and Computer Laboratory / European Union / Madhavapeddy2 and Jon Crowcroft2 School of Engineering and Informatics / /
Person
P. H. Carns / R. B. Ross / Andrew Moore / W. B. Ligon / III / R. Thakur / O. Hofmann / A. G. Dimakis / V / S. McCanne / V / E. Krevat / V / Steve Hand / /
Position
General / /
PublishedMedium
Linux Journal / IEEE Transactions on Information Theory / /
Technology
Ethernet / TCP protocol / 4 protocol / load balancing / Linux System / flow control / Peer-to-Peer / Linux / MTU / Quality of Service / UDP / operating systems / TCP/IP / equal-cost multi-path algorithm / /
Trevi: Watering Down Storage Hotspots with Cool Fountain Codes George Parisis1,2 , Toby Moncaster2 , Anil Madhavapeddy2 and Jon Crowcroft2 School of Engineering and Informatics, University of Sussex1 and Computer Laborat