Australian National University / John Kubiatowicz Computer Science Division University of California / University of California / Chateau Lake Louise / Harvard University / /
IndustryTerm
distributed file systems / agreement algorithm / communications channels / peerto-peer storage infrastructure / storage infrastructure / file server / broadband networking technologies / loopback network device / legacy applications / notable systems / level request-response protocol / database server / trusted file server / telephone modem / into existing systems / storage systems / rsync algorithm / difference algorithm / mobile devices / wireless metropolitan networks / networked and distributed file systems / encryption algorithm / congested public wireless connections / remote file server / binary diff algorithm / /
OperatingSystem
UNIX / Gentoo Linux / /
Organization
Harvard University / University of California / Berkeley / John Kubiatowicz Computer Science Division University / Department of Computer Science / Australian National University / /
Person
John Kubiatowicz / O. Rabin / Steven Czerwinski / Emil Ong / /
Appears in Proceedings of the Fourth IEEE International Conference on Peer-to-Peer Computing (IEEE P2P ’04). Improving Bandwidth Efficiency of Peer-to-Peer Storage Patrick Eaton, Emil Ong, and John Kubiatowicz Compute