Job Scheduling Strategies for Parallel Processing

Puerto Rico) Jsspp'9 (1999 San Juan

• 14 november 2002
• 9783540001720

Samenvatting:

Compiled from the post-proceedings of the 8th International Workshop on Job Scheduling Strategies for Parallel Processing, this volume contains 12 papers. They present research results in the area, with emphasis on classical massively parallel processing scheduling and grid computing.



Thisvolumecontainsthepaperspresentedatthe8thWorkshoponJobSched- ingStrategiesforParallelProcessing,whichwasheldinconjunctionwith HPDC11andGGF5inEdinburgh,UK,onJuly24,2002. Thepapershave beenthroughacompletereviewprocess,withthefullversionbeingreadand evaluatedby?vetosevenmembersoftheprogramcommittee. Wewouldliketo takethisopportunitytothanktheprogramcommittee,AndreaArpaci-Dusseau, WalfredoCirne,AllenDowney,WolfgangGentzsch,AllanGottlieb,MoeJette, RichardLagerstrom,JensMache,CathyMcCann,ReaganMoore,BillNitzberg, MarkSquillante,andJohnTowns,foranexcellentjob. Thanksarealsodueto theauthorsfortheirsubmissions,presentations,and?nalrevisionsforthisv- ume. Finally,wewouldliketothanktheMITLaboratoryforComputerScience andtheSchoolofComputerScienceandEngineeringattheHebrewUniversity fortheuseoftheirfacilitiesinthepreparationoftheseproceedings. Thisyearsawanemphasisontwomainthemes. The?rstwastheclassical MPPschedulingarea. Themainfocusinthisareawasonback?lling,including severaladvancedvariationsonthebasicscheme. Itisalsonoteworthythatseveral papersdiscussedtheuseofadaptivenessinjobscheduling. Thesecondmajor themewasschedulinginthecontextofgridcomputing,whichisemergingasan areaofmuchactivityandrapidprogress. Thesearecomplementedbyaninvited paperprovidinganoverviewoftheschedulingandresourcemanagementareaof theGlobalGridForum(GGF)e?ort. Thiswastheeighthannualworkshopinthisseries,whichre?ectsthec- tinuedinterestinthisarea. Theproceedingsofpreviousworkshopsareavailable fromSpringer-VerlagasLNCSvolumes949,1162,1291,1459,1659,1911,and 2221(andsince1998theyhavealsobeenavailableonline). Wehopeyou?ndthesepapersinterestinganduseful. September2002 DrorFeitelson LarryRudolph UweSchwiegelshohn Table of Contents ASelf-TuningJobSchedulerFamilywithDynamicPolicySwitching ...1 AchimStreit PreemptionBasedBack?ll...24 QuinnO. Snell,MarkJ. Clement,andDavidB. Jackson JobSchedulingfortheBlueGene/LSystem...38 ElieKrevat,Jos'eG. Castan"Thisvolumecontainsthepaperspresentedatthe8thWorkshoponJobSched- ingStrategiesforParallelProcessing,whichwasheldinconjunctionwith HPDC11andGGF5inEdinburgh,UK,onJuly24,2002. Thepapershave beenthroughacompletereviewprocess,withthefullversionbeingreadand evaluatedby?vetosevenmembersoftheprogramcommittee. Wewouldliketo takethisopportunitytothanktheprogramcommittee,AndreaArpaci-Dusseau, WalfredoCirne,AllenDowney,WolfgangGentzsch,AllanGottlieb,MoeJette, RichardLagerstrom,JensMache,CathyMcCann,ReaganMoore,BillNitzberg, MarkSquillante,andJohnTowns,foranexcellentjob. Thanksarealsodueto theauthorsfortheirsubmissions,presentations,and?nalrevisionsforthisv- ume. Finally,wewouldliketothanktheMITLaboratoryforComputerScience andtheSchoolofComputerScienceandEngineeringattheHebrewUniversity fortheuseoftheirfacilitiesinthepreparationoftheseproceedings. Thisyearsawanemphasisontwomainthemes. The?rstwastheclassical MPPschedulingarea. Themainfocusinthisareawasonback?lling,including severaladvancedvariationsonthebasicscheme. Itisalsonoteworthythatseveral papersdiscussedtheuseofadaptivenessinjobscheduling. Thesecondmajor themewasschedulinginthecontextofgridcomputing,whichisemergingasan areaofmuchactivityandrapidprogress. Thesearecomplementedbyaninvited paperprovidinganoverviewoftheschedulingandresourcemanagementareaof theGlobalGridForum(GGF)e?ort. Thiswastheeighthannualworkshopinthisseries,whichre?ectsthec- tinuedinterestinthisarea. Theproceedingsofpreviousworkshopsareavailable fromSpringer-VerlagasLNCSvolumes949,1162,1291,1459,1659,1911,and 2221(andsince1998theyhavealsobeenavailableonline). Wehopeyou?ndthesepapersinterestinganduseful. September2002 DrorFeitelson LarryRudolph UweSchwiegelshohn Table of Contents ASelf-TuningJobSchedulerFamilywithDynamicPolicySwitching ...1 AchimStreit PreemptionBasedBack?ll...24 QuinnO. Snell,MarkJ. Clement,andDavidB. Jackson JobSchedulingfortheBlueGene/LSystem...38 ElieKrevat,Jos'eG. Castan"os,andJos'eE. Moreira SelectiveReservationStrategiesforBack?llJobScheduling...55 SrividyaSrinivasan,RajkumarKettimuthu,VijaySubramani, andPonnuswamySadayappan Multiple-QueueBack?llingSchedulingwithPrioritiesandReservations forParallelSystems...72 BarryG. LawsonandEvgeniaSmirni SchedulingJobsonParallelSystemsUsingaRelaxedBack?llStrategy...88 WilliamA. Ward,Jr. ,CarrieL. Mahood,andJohnE. West TheImpactofMoreAccurateRequestedRuntimes onProductionJobSchedulingPerformance...103 Su-HuiChiang,AndreaArpaci-Dusseau,andMaryK. Vernon EconomicSchedulinginGridComputing...1 28 CarstenErnemann,VolkerHamscher,andRaminYahyapour SNAP:AProtocolforNegotiatingServiceLevelAgreements andCoordinatingResourceManagementinDistributedSystems...153 KarlCzajkowski,IanFoster,CarlKesselman,VolkerSander, andStevenTuecke LocalversusGlobalSchedulerswithProcessorCo-allocation inMulticlusterSystems...184 AncaI. D. BucurandDickH. J. Epema PracticalHeterogeneousPlaceholderScheduling inOverlayMetacomputers:EarlyExperiences...205 ChristopherPinchak,PaulLu,andMarkGoldenberg CurrentActivitiesintheSchedulingandResourceManagementArea oftheGlobalGridForum...229 BillNitzbergandJenniferM. Schopf Author Index...237 ASelf-TuningJobSchedulerFamily withDynamic PolicySwitching Achim Streit 2 PC - Paderborn Center for Parallel Computing, Paderborn University 33102 Paderborn, Germany streit@upb. de . upb. de/pc2 Abstract. The performance of job scheduling policies strongly depends on the properties of the incoming jobs. If the job characteristics often change, the scheduling policy should follow these changes. For this p- pose the dynP job scheduler family has been developed. The idea is to dynamically switch the scheduling policy during runtime. In a basic v- sion the policy switching is controlled by two parameters. The basic concept of theself-tuning dynP scheduler is to compute virtual schedules for each policy in every scheduling step. That policy is chosen which generates the 'best' schedule. The performance of the self-tuning dynP scheduler no longer depends on a adequate setting of the input parameters.