Construction of tables and binarysearch algorithm Binarysearch algorithm.docx
- 文档编号:28923143
- 上传时间:2023-07-20
- 格式:DOCX
- 页数:30
- 大小:38.95KB
Construction of tables and binarysearch algorithm Binarysearch algorithm.docx
《Construction of tables and binarysearch algorithm Binarysearch algorithm.docx》由会员分享,可在线阅读,更多相关《Construction of tables and binarysearch algorithm Binarysearch algorithm.docx(30页珍藏版)》请在冰豆网上搜索。
ConstructionoftablesandbinarysearchalgorithmBinarysearchalgorithm
Thiscommunicationdealswiththedevelopmentofamathematicalmodelforexperimentalvalidationofthethermalbehaviorinthegreenhouseafterevaporativecooling.ExtensiveexperimentshavebeenperformedduringJulytoOctober2000foranevenspangreenhouseofeffectivefloorareaof24m2andhavingabricknorthwall.Aparametricstudyinvolvestheareaofthecoolingpad(heightofcoolingpadandgreenhouse),massflowrateandlengthofgreenhouse.Theoptimumvalueofvariousparametershasalsobeendetermined.AcomputerprogrambasedonMatLabsoftwarehasbeenusedtopredictthetemperatureprofileasafunctionofvariousdesignparameters.Thepredictedroomtemperatureofvariouszonesshowsfairagreementwiththeexperimentalvalues.
212
Internet(WWW)basedsystemofultrasonicimageprocessingtoolsforremoteimageanalysis OriginalResearchArticle
ComputerMethodsandProgramsinBiomedicine,Volume71,Issue3,July2003,Pages235-241
HongZeng,Ding-YuFei,Cai-TingFu,KennethA.Kraft
Showpreview | Relatedarticles | Relatedreferenceworkarticles
Purchase
$31.50
213
Acomputationalnarrativeconstructionmethodwithapplicationsinorganizationallearningofsocialserviceorganizations OriginalResearchArticle
ExpertSystemswithApplications,Volume36,Issue4,May2009,Pages8093-8102
W.M.Wang,C.F.Cheung,W.B.Lee,S.K.Kwok
Showpreview | Relatedarticles | Relatedreferenceworkarticles
Purchase
$41.95
214
CertifyingpropertiesofanefficientfunctionalprogramforcomputingGröbnerbases OriginalResearchArticle
JournalofSymbolicComputation,Volume44,Issue5,May2009,Pages571-582
J.SantiagoJorge,VictorM.Gulias,JoseL.Freire
Showpreview | Relatedarticles | Relatedreferenceworkarticles
Purchase
$31.50
215
BoostingdatathroughputforsequencedatabasesimilaritysearchesonFPGAsusinganadaptivebufferingscheme OriginalResearchArticle
ParallelComputing,Volume35,Issue1,January2009,Pages1-11
X.Meng,V.Chaudhary
Closepreview | Relatedarticles | Relatedreferenceworkarticles
AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences
Abstract
SearchingonDNAandproteindatabasesusingsequencecomparisonalgorithmshasbecomeoneofthemostpowerfultechniquestobetterunderstandthefunctionalityofparticularbiologicalsequences.However,therequirementstoprocessthebiologicaldataexceedtheabilityofgeneral-purposeprocessors.FPGAs(FieldProgrammableGateArrays)connectedtoserverprocessorshavebeenusedtoacceleratesimilaritysearches.However,reconfigurablecomputingplatformshaveutilizedanexternalI/Obusasthecommunicationschannel,limitingthecommunicationspeedbetweenthehostprocessorandtheFPGA.ThiscommunicationbottleneckoftenoffsetstheapplicationspeedupenabledbyFPGAs.Inthispaperwepresentanadaptivedataprefetchingschemetoavoidreconfigurableprocessingcoprocessorstallsduetodataunavailabilitythroughprofilingmethodologiesandquantitativeanalysis.Experimentalresultsonvariousquerysequencesshowthattheproposedschemecaneffectivelyeliminateamajorportionofthedataaccesspenalty,increasethroughputoftheFPGAimplementationbyupto42%,andachieveaspeedupof110foraffinegappenaltiesoverastandardPCimplementation.
ArticleOutline
1.Introduction
2.Relatedwork
3.Smith–WatermanalgorithmandFPGA
3.1.Smith–Watermandatabasesearches
3.2.FPGAcoprocessing
3.3.Systemanalysis
4.Adaptivedataprefetchingschemedesignandimplementation
4.1.Executionprofileanalysis
4.2.Datapipearchitecture
4.3.Dataprefetchingscheme
4.4.Schedulingprefetchesanddataprefetching
5.Performanceanalysis
5.1.FPGAprocessingtime
5.2.Adaptiveprefetchingperformance
5.3.Prefetchingperformanceanalysis
6.Summaryandfuturework
Acknowledgements
References
Purchase
$41.95
216
Functionalgradienteffectsexplainthelowtransverseshearmodulusinspruce–Full-fieldstraindataandamicromechanicsmodel OriginalResearchArticle
CompositesScienceandTechnology,Volume69,Issue14,November2009,Pages2491-2496
B.I.Hassel,C.S.Modén,L.A.Berglund
Closepreview | Relatedarticles | Relatedreferenceworkarticles
AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences
Abstract
Animportantfailuremechanisminglulambeamsiscrackingcausedbyout-of-planetransverseloads.IthasbeendemonstratedthatthelowtransverseshearmodulusGRTinsprucecontributestolargetransversestraininhomogeneitiesduetotheannualringstructureincombinationwithshearcouplingeffects.Inthepresentstudy,improvedunderstandingofannualringeffectsisachievedbythedevelopmentofamicromechanicalmodel.ItrelatesthefunctionaldensitygradientinspruceannualringstoshearmodulusGRT.Thegeometricalbasisisahexagonalcellmodel,andinshearitisdemonstratedtodeformprimarilybycellwallbending.Full-fieldstrainmeasurementsbydigitalspecklephotography(DSP)showverystrongcorrelationwithpredictedshearstrainsattheannualringscale.Predictionsareobtainedbyimplementationofthemicromechanicsmodelinafiniteelement(FE)modeldevelopedforthesinglecubeapparatusshearspecimen.ThelowGRTofspruceisduetothestrongdependenceofGRTonrelativedensityρ/ρs(GRT∝(ρ/ρs)3).Thisisparticularlyimportantinspruce.Eventhoughaveragedensityistypicallyquitehigh,thefunctionalgradientstructureincludeslocaldensitiesaslowas
.
ArticleOutline
1.Introduction
2.Materialsandmethods
2.1.Mechanicaltesting
2.2.Densitydetermination
2.3.Finiteelementmodelling
2.4.Materialmodel
3.Resultsanddiscussion
3.1.Densitydistribution
3.2.Distributionsofshearstrainsanddensity
3.3.Comparisonbetweenpredictionsandexperiments
4.Conclusions
Acknowledgements
References
Purchase
$41.95
217
Bloch-Redfield-Wangsnesstheoryengineimplementationusingsymbolicprocessingsoftware OriginalResearchArticle
JournalofMagneticResonance,Volume184,Issue2,February2007,Pages196-206
IlyaKuprov,NicolaWagner-Rundell,P.J.Hore
Closepreview | Supplementarycontent
| Relatedarticles | Relatedreferenceworkarticles
AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences
Abstract
WedescribeageneralmethodfortheautomatedsymbolicprocessingofBloch-Redfield-Wangsnessrelaxationtheoryequationsforliquid-phasespindynamicsinthealgebraicallychallengingcaseofrotationallymodulatedinteractions.Theprocessingtypicallytakesnomorethanafewseconds(onacontemporarysingle-processorworkstation)andyieldsrelaxationrateexpressionsthatarecompletelygeneralwithrespecttothespectraldensityfunctions,relativeorientations,andmagnitudesoftheinteractiontensors,withallcross-correlationsaccountedfor.Thealgorithmeasilydealswithfullyrhombicinteractiontensors,andisable,withlittleifanymodification,totreatalargevarietyoftherelaxationmechanismsencounteredinNMR,EPR,andspindynamicsingeneral.
ArticleOutline
1.Introduction
2.EquationsofBRWtheory
3.Symbolicprocessing:
strategy
3.1.Step1:
ExpressingtheinteractionHamiltonianinirreduciblesphericaltensornotation
3.2.Step2:
Settinguprotations
3.3.Step3:
Processingcorrelationfunctionsusingupvalues
3.4.Step4:
Custom-buildingtheBRWintegrator
4.Implementationexamples
4.1.Example1.Relaxationduetobilinearinteractionanisotropy
4.2.Example2.Cross-correlationbetweentwoZeemaninteractionanisotropies
4.3.Example3.ZFS-inducedrelaxationinaspin-3/2system
5.Conclusions
Acknowledgements
AppendixA.Supplementarydata
References
Purchase
$37.95
218
Newservicedevelopment:
areasforexploitationandexploration OriginalResearchArticle
JournalofOperationsManagement,Volume20,Issue2,April2002,Pages135-157
LarryJ.Menor,MohanV.Tatikonda,ScottE.Sampson
Closepreview | Relatedarticles | Relatedreferenceworkarticles
AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences
Abstract
Themanagementofnewservicedevelopment(NSD)hasbecomeanimportantcompetitiveconcerninmanyserviceindustries.However,NSDremainsamongtheleaststudiedandunderstoodtopicsintheservicemanagementliterature.Asaresult,ourcurrentunderstandingofthecriticalresourcesandactivitiestodevelopnewservicesisinadequategivenNSD’simportanceasaservicecompetitivenessdriver.Untilrecently,thegenerallyacceptedprinciplebehindNSDwasthat“newserviceshappen”ratherthanoccurringthroughformaldevelopmentprocesses.Recenteffortstoaddressthisdebatehavebeeninconclusive.Thus,additionalresearchisneededtovalidateordiscreditthebeliefthatnewserviceshappenasaresultofintuition,flair,andluck.Relyinguponthegeneraldistinctionsbetweenresearchexploitationandexploration,thispaperdescribesareasinNSDresearchthatdeservefurtherleveragingandrefinement(i.e.exploitation)andidentifiesareasrequiringdiscoveryornewstudy(i.e.exploration).WediscussthecriticalsubstantiveandresearchdesignissuesfacingNSDscholarssuchasdefiningnewservices,choiceinfocusingontheNSDprocessorperformance(orboth),andspecificationofunitofanalysis.WealsoexaminewhatcanbeexploitedfromthestudyofnewproductdevelopmenttofurtherunderstandingofNSD
- 配套讲稿:
如PPT文件的首页显示word图标,表示该PPT已包含配套word讲稿。双击word图标可打开word文档。
- 特殊限制:
部分文档作品中含有的国旗、国徽等图片,仅作为作品整体效果示例展示,禁止商用。设计者仅对作品中独创性部分享有著作权。
- 关 键 词:
- Construction of tables and binarysearch algorithm
![提示](https://static.bdocx.com/images/bang_tan.gif)
链接地址:https://www.bdocx.com/doc/28923143.html