B. Cluster / San Francisco / Francisco / Montreal / New York / Jose / San Jose / Florence / /
Company
IBM / Network Appliance / Distributed Computing Systems / LSI / Oracle / EMC / ACM Press / Google / Reliable Distributed Systems / Facebook / Hitachi / Cisco / NetApp / Mitsubishi Electric Research Laboratories / HP / Symantec / VMware / Intel / Microsoft / /
Country
Italy / Canada / / /
Event
Force Majeure / /
Facility
We store / Gregory R. Ganger Parallel Data Laboratory Carnegie Mellon University / /
IndustryTerm
nearby solutions / Search ordering / acceptable solution / Search times / faster solutions / storage server / continued search / satisfactory solution / newsgroup server / particular server / meta-heuristic and heuristic algorithms / user-level storage server / storage infrastructure / Network time protocol / left-bottom justified solution / cluster-based storage systems / na¨ıve search / possible solutions / Parallel heuristic search / parallel systems / exhaustive search / dedicated storage systems / virtual storage devices / approximation algorithms / on-line database performing transaction processing / polynomial-time algorithms / standalone server / largescale storage systems / possible solution / slowest server / much faster solutions / standalone storage server / storage systems / control systems / left-bottom justified solutions / concurrent systems / to storage systems / computing / search time averages / unsorted exhaustive search / /
MarketIndex
TPC / ACROBENCHMARKS / /
Movie
W. V / /
OperatingSystem
Linux / /
Organization
Army Research Office / National Science Foundation / Transaction Processing Performance Council / Department of Energy / Gregory R. Ganger Parallel Data Laboratory Carnegie Mellon University Pittsburgh / DA DP / USENIX Association / Department of Defense / /
Person
Christos Faloutsos / S. Sinnamohideen / Raja Sambasivan / Fernandez de la Vega / Elie Krevat / Matthew Wachs / Spencer Whitman / /
Position
3ware 9550SX controller / disk head time scheduler / central coordinator / head / administrator / scheduler / controller / disk head / /
ProvinceOrState
New York / Manitoba / California / /
PublishedMedium
IEEE Transactions on Computers / /
Technology
Storage Technologies / RAM / Linux / polynomial-time algorithms / scheduling algorithm / Quality of Service / operating systems / 3.0 GHz processors / approximation algorithms / Network time protocol / caching / meta-heuristic and heuristic algorithms / Gigabit Ethernet / /
2009 28th IEEE International Symposium on Reliable Distributed Systems (SRDS ’09). Co-scheduling of disk head time in cluster-based storage Matthew Wachs, Gregory R. Ganger Parallel Data Laboratory Carnegie Mellon Uni