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Cluster computing / Computer cluster / Distributed computing / Scalability / RoS / Algorithm / Load balancing / Computing / Concurrent computing / Parallel computing


Efficient Load Balancing for Wide-Area Divide-and-Conquer Applications Rob V. van Nieuwpoort, Thilo Kielmann, Henri E. Bal
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Document Date: 2001-03-13 11:07:55

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File Size: 111,83 KB

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City

San Francisco / Anaheim / Santa Barbara / Clusteraware Load / Munich / Portsmouth / Honolulu / Saxony / Orlando / Santa Fe / Atlanta / San Juan / Myrinet / /

Company

LOAD BALANCING IN WIDE-AREA SYSTEMS / Large Workstation Networks / /

Country

Puerto Rico / Germany / /

Currency

Rs / USD / IDR / /

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Facility

MagPIe library / /

IndustryTerm

local-area systems / load-balancing algorithm / loaded systems / parallel computing / divideand-conquer algorithm / hardware solutions / divideand-conquer algorithms / fine-grained divide-and-conquer applications / multi-cluster systems / latency-bound applications / distributed-memory systems / parallel divide-and-conquer applications / shared-memory and distributed-memory systems / distributed systems / cluster systems / parallel applications / cluster-aware algorithm / divide-andconquer algorithms / sequential algorithm / hierarchical scheduling algorithm / structured systems / load balancing algorithm / chosen peer processor / load balancing divideand-conquer applications / test applications / hierarchical algorithm / widearea systems / load-balancing algorithms / workstation networks / load balancing algorithms / well known load-balancing algorithm / optimized sequential algorithms / divide-and-conquer algorithms / distributed supercomputing applications / network interface protocol / search algorithms / hierarchical network / shared-memory systems / work stealing algorithms / irregular applications / hierarchical systems / divide-and-conquer applications / bandwidth sensitive applications / load balancing divide-and-conquer applications / runtime systems / divide-and-conquer systems / /

OperatingSystem

UNIX / Linux / /

Organization

RS RP / Advanced School for Computing and Imaging / Henri E. Bal Faculty of Sciences / Division of Mathematics and Computer Science / /

Person

Kees Verstoep / Rob V. van Nieuwpoort / Ceriel Jacobs / John Romein / Jason Maassen / I. Watson / V / Henri E. Bal / Rutger Hofman / Ronald Veldema / /

Position

head / CLS coordinator / remote cluster coordinator / programmer / cluster coordinator / coordinator / Satin programmer / /

Product

Cluster / Satin system / Satin / /

ProgrammingLanguage

Java / Lisp / FL / Cilk / /

ProvinceOrState

Hawaii / New Mexico / California / Georgia / Florida / New Hampshire / /

PublishedMedium

Lecture Notes in Computer Science / /

Technology

Functional Programming / cluster-aware algorithm / randomly chosen peer processor / hierarchical scheduling algorithm / load balancing algorithm / Linux / Load-balancing algorithms / shared memory / WAN / well known load-balancing algorithm / The CLS algorithm / five load balancing algorithms / Java / divide-andconquer algorithms / Five load-balancing algorithms / stealing processor / Java system / LAN / implemented algorithms / UNIX / search algorithms / network interface protocol / User-Level Network Interface Protocols / load-balancing algorithm / performing load-balancing algorithm / load balancing algorithms / optimized sequential algorithms / hierarchical algorithm / Load Balancing / divideand-conquer algorithms / three existing algorithms / divideand-conquer algorithm / RP algorithm / 5 load balancing algorithms / work stealing algorithms / divide-and-conquer algorithms / /

URL

http /

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