Anaheim / Barcelona / Perm / Philadelphia / Jose / Emilion / San Jose / /
Company
M. / G. M. Total / R. AND K AASHOEK / /
Country
France / Spain / /
Event
Product Issues / Product Recall / /
Facility
UDP port / Cambridge-MIT Institute / Massachusetts Institute of Technology / /
IndustryTerm
proactive systems / disruptive technology / proactive and reactive maintenance systems / reactive systems / proactive replication systems / wide area systems / power-law query distributions / reactive replication systems / wide-area storage systems / congestion control protocol / reloaded software / dynamic peer networks / unix-like systems / storage intensive applications / network / maintenance algorithm / maintenance systems / distributed storage systems / proactive maintenance systems / reactive algorithm / replication algorithm / automated availability management / node operator / overlay network / /
Organization
Cambridge-MIT Institute / National Science Foundation / Max Planck Society / Massachusetts Institute of Technology / /
Person
R AMASUBRAMANIAN / V / Andreas Haeberlen / Emil Sit / Frank Dabek / Hakim Weatherspoon Robert Morris / Vivek Pai / John Kubiatowicz / RANS K AASHOEK / Aaron Klingaman / /
Product
Total / TCP Nice / /
ProgrammingLanguage
K / L / /
ProvinceOrState
Pennsylvania / California / Massachusetts / /
Technology
Storage Technologies / av / peer-to-peer / unix / congestion control protocol / UDP / peer-to-peer system / Operating Systems / replication algorithm / reactive algorithm / http / simulation / maintenance algorithm / DHash congestion control protocol / /
Proactive replication for data durability Emil Sit, Andreas Haeberlen, Frank Dabek, Byung-Gon Chun, Hakim Weatherspoon Robert Morris, M. Frans Kaashoek and John Kubiatowicz ABSTRACT Many wide-area storage systems replica