培训课件,协助营运主管对终端人员(客户、店长、导购)开展培训工作,提升终端运营管理水平

培训课件,协助营运主管对终端人员(客户、店长、导购)开展培训工作,提升终端运营管理水平培训课件,协助营运主管对终端人员(客户、店长、导购)开展培训工作,提升终端运营管理水平培训课件,协助营运主管对终端人员(客户、店长、导购)开展培训工作,提升终端运营管理水平资料仅供参考文件编号：2022年4月培训课件,协助营运主管对终端人员(客户、店长、导购)开展培训工作,提升终端运营管理水平版本号：A修改号：1页次：1.0审核：批准:发布日期：Modelling,simulation,andvisualisationtogethercreatethethirdbranchofhumanknowledgeonequalfootingwiththeoryandexperiment.Model-DrivenDevelopment(MDD)hasbeenproposedasameanstosupportthesoftwaredevelopmentprocessthroughtheuseofamodel-centricapproach.Theobjectiveofthispaperistoaddressthedesignofanarchitectureforscientificapplicationthatmayexecuteasmultithreadedcomputations,aswellasimplementationsoftherelatedshareddatastructures.NewversionprogramsummaryProgramtitle:Growth09Catalogueidentifier:ADVL_v3_0ProgramsummaryURL:Programobtainablefrom:CPCProgramLibrary,Queen'sUniversity,Belfast,N.IrelandLicensingprovisions:StandardCPClicence,No.oflinesindistributedprogram,includingtestdata,etc.:30

940No.ofbytesindistributedprogram,includingtestdata,etc.:3

119

488Distributionformat:Programminglanguage:EmbarcaderoDelphiComputer:IntelCoreDuo-basedPCOperatingsystem:WindowsXP,Vista,7RAM:morethan1GBClassification:,,,8,14Catalogueidentifierofpreviousversion:ADVL_v2_1Journalreferenceofpreviousversion:Comput.Phys.Comm.180(2009)1219Subprogramsused:Doesthenewversionsupersedethepreviousversion:NoNatureofproblem:Molecularbeamepitaxy(MBE)isatechniqueforepitaxialgrowthviatheinteractionofoneorseveralmolecularoratomicbeamsthatoccursonasurfaceofaheatedcrystallinesubstrate.Reflectionhigh-energyelectrondiffraction(RHEED)isanimportantinsituanalysistechnique,whichiscapableofgivingquantitativeinformationaboutthegrowthprocessofthinfilmsanditscontrol.TheanalysisofRHEEDintensityoscillationshastwopurposes.Oneistocontrolthefilmgrowth,andtheotheristounderstandthemechanismofthefilmgrowthusingtheMBEthroughtheanalysisofsurfacemorphologyasafunctionoftime.Suchcontrolallowsthedevelopmentofstructureswheretheelectronscanbeconfinedinspace,givingquantumwellsorevenquantumdots.Suchlayersarenowacriticalpartof3manymodernsemiconductordevices,semiconductorlasers,light-emittingdiodesandnewdevicesforthemagneticstorageindustry.Solutionmethod:ThepresentpaperreportsapracticalandpragmaticapproachforMDDtechnology[1]thathasbeenusedduringdesignoftheGrowth09program.Growth09isanumericalmodelthatusesmultithreadedandpartiallynestedtransactionsforsimulationofepitaxialgrowthofthinfilms.Reasonsfornewversion:Respondingtouserfeedbacktheprogramhasbeenupgradedtoastandardthatallowsaslaveprocess,carryingoutcomputationsoftheRHEEDintensitiesforadisorderedsurface,toberun.Also,functionalityanddocumentationoftheprogramhavebeenimproved.Summaryofrevisions:1.TheMDDtechnologyhasbeenusedtodesignacomputermodelthatallowstheusertocarryoutnumericalcalculationslayerscoverageduringthegrowthofthinepitaxialfilms,surfaceroughness,andtheRHEEDintensitiesforadisorderedsurface.Thiscomputermodelcanbeappliedtointerprettheexperimentaldatainrealtime[2].2.ThelogicalstructureofthePlatform-SpecificModeloftheGrowth06_v2programhasbeenmodifiedaccordingtotheschemeshowninFig.1*.TheclassdiagraminFig.1*isastaticviewofthemainplatform-specificelementsoftheGrowth09applicationarchitecture.Fig.2*providesadynamicviewbyshowingthecreationanddestructionsimplisticsequencediagram.Fig.3*presentstheGrowth09usecasemodel.3.AscanbeseeninFig.1,Fig.2andFig.3*theGrowth09hasbeendesignedasamasterprogramfortheslaveRHEED1DProcess(seeA.Daniluk,Model-DrivenDevelopmentforscientificcomputing.ComputationsofRHEEDintensitiesforadisorderedsurface.PartI).4.TheslaveRHEED1DProcesscanberunasseparatethreadoftheGrowth09.Fig.4*depictsthePlatform-SpecificModelforthedevelopmentelementsofthenewdistribution.*Thefiguresmentionedcanbedownloaded,see“Supplementarymaterial”below.Unusualfeatures:Theprogramisdistributedintheformofmainproject,withassociatedfiles,andshouldbecompiledusingEmbarcaderoRADStudio2010alongwithTogethervisualmodellingplatform.TheprogramshouldbecompiledwithEnglish/USAregionalandlanguageoptions.Additionalcomments:ThisversionoftheGROWTHprogramisdesignedtoruninconjunctionwiththeRHEED1DProcess(ADUY_v4_0)program.Itdoesnotreplacetheprevious,standalone,GROWTH06-v2(ADVL_v2_1)version.Runningtime:Thetypicalrunningtimeismachineanduser-parametersdependent.References:[1]OMG,ModelDrivenArchitectureGuideVersion2003.[2]P.Mazurek,A.Daniluk,K.Paprocki,Vacuum72(4)(2004)363.ArticleOutline\l"secx1"Supplementarymaterial\l"sec001"SupplementarymaterialPurchase$20Multithreadedtransactionsinscientificcomputing:NewversionsofacomputerprogramforkinematicalcalculationsofRHEEDintensityoscillations

OriginalResearchArticle

ComputerPhysicsCommunications,Volume175,Issue10,15November2006,Pages678-681

MarcinBrzuszek,AndrzejDaniluk

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Abstract|ReferencesAbstractWritingaconcurrentprogramcanbemoredifficultthanwritingasequentialprogram.Programmerneedstothinkaboutsynchronisation,raceconditionsandsharedvariables.Transactionshelpreducetheinconvenienceofusingthreads.Atransactionisanabstraction,whichallowsprogrammerstogroupasequenceofactionsontheprogramintoalogical,higher-levelcomputationunit.ThispaperpresentsmultithreadedversionsoftheGROWTHprogram,whichallowtocalculatethelayercoveragesduringthegrowthofthinepitaxialfilmsandthecorrespondingRHEEDintensitiesaccordingtothekinematicalapproximation.Thepresentedprogramsalsocontaingraphicaluserinterfaces,whichenabledisplayingprogramdataatrun-time.NewversionprogramsummaryTitlesofprograms:GROWTHGr,GROWTH06Catalogueidentifier:ADVL_v2_0ProgramsummaryURL:Programobtainablefrom:CPCProgramLibrary,Queen'sUniversityofBelfast,N.IrelandCatalogueidentifierofpreviousversion:ADVLDoesthenewversionsupersedetheoriginalprogram:NoComputerforwhichthenewversionisdesignedandothersonwhichithasbeentested:Pentium-basedPCOperatingsystemsormonitorsunderwhichthenewversionhasbeentested:Windows9x,XP,NTProgramminglanguageused:ObjectPascalMemoryrequiredtoexecutewithtypicaldata:Morethan1MBNumberofbitsinaword:64bitsNumberofprocessorsused:1No.oflinesindistributedprogram,includingtestdata,etc.:20

931Numberofbytesindistributedprogram,includingtestdata,etc.:1

311

268Distributionformat:Natureofphysicalproblem:TheprogramscomputetheRHEEDintensitiesduringthegrowthofthinepitaxialstructurespreparedusingthemolecularbeamepitaxy(MBE).Thecomputationsarebasedontheuseofkinematicaldiffractiontheory[.Cohen,.Petrich,.Pukite,.Whaley,.Arrott,Surf.Sci.216(1989)222.[1]].Methodofsolution:Epitaxialgrowthof

Fig.1.

Internalstructureoftheprogram.

thinfilmsismodelled

Fig.2.

Staticclassesmodelforgraphicaluserinterface.

byasetof

Fig.3.

Activitydiagramfortheprogram.

non-lineardifferentialequations[.Cohen,.Petrich,.Pukite,.Whaley,.Arrott,Surf.Sci.216(1989)222.[1]].

Fig.4.

TTransactionclasscontents.

TheRunge–Kuttamethodwithadaptivestepsizecontrolwasusedforsolvinginitialvalue

Fig.5.

TGrowthTransactionclasscontents.

problemfornon-lineardifferentialequations[.Press,.Flannery,.Teukolsky,.Vetterling,NumericalRecipesinPascal:TheArtofScientificComputing,firsted.,CambridgeUniversityPress,1989;Seealso:NumericalRecipesinC++,seconded.,CambridgeUniversityPress,1992.[2]].Reasonsforthenewversion:Accordingtotheusers'suggestionsweimprovedfunctionalityoftheprogram.Moreover,weaddednewcapabilitieswhichmaketheinputdatadesignprocessandoutputeveneasierandmoreefficientthanthepreviousone.Summaryofrevisions:(1)Wedesignedfullyobject-orientedextensionsofpreviousversionoftheprogram[A.Daniluk,Comput.Phys.Comm.170(2005)265.[3]].Inthepresentformtheprogramsenableconcurrentlycomputeanddisplayprogramdataatrun-timethroughaneasy-to-usegraphicalinterface.(2)ThecodehasbeenmodifiedandoptimisedtocompileundertheDelphiIDE(integrateddevelopmentenvironment).(3)Agraphicaluserinterface(GUI)fortheprogramshavebeencreated.TheapplicationsareMDI(multipledocumentinterface)projectsfromDelphi'sobjectrepository.EachoftheMDIapplicationspawnschildwindowsthatresidewithintheclientwindow;themainformcontainschildobjects.(4)Theprogramsofferthepossibilitytocarryoutcomputationsonthebasisofthemodelofmultithreadedtransactions.Transactionshavefourelements,knownastheACIDproperties:atomicity,consistency,isolationanddurability[S.Jagannathan,J.Vitek,A.Welc,A.Hosking,ScienceofComputerProgramming57(2005)164.[4]],[M.Brzuszek,MScthesis,MCSUniversity,Lublin,2005(inPolish).[5]].Atomicitymeansthateithertheentiretransactioncompletes,oritisasifthetransactionneverexecuted.Consistencymeansthatthetransactionmaintainsthedataintegrityconstrainsoftheprogram.Isolationmeansthateveniftransactionexecutedconcurrently,theirresultsappearasiftheywereexecutedinsomeserialorder.Durabilitymeansthatallchangesmadebyacommittedtransactionarepermanent,.theeffectsoftransactionsurvivesubsequentsystemfailures.Thepresentedprogramssupportallofpropertiesmentionedabove.Fig.1showsinternalstructureoftheprograms.Fig.2showsthestaticstructureofclassesandtheirpossiblerelationships.inheritance,associationandaggregation)inthecode.Fig.3showsanactivitydiagramfortheprograms.(5)Theprogramshavebeenconstructedaccordingtothesystemsdevelopmentlivecycle(SDLC)methodology[.Hoffer,.George,.Valacich,ModernSystemsAnalysisandDesign,Addison-Wesley,1999.[6]].(6)TheGROWTH06programhasbeenmodelledusingtheBorlandTogetherArchitectvisual-modellingplatform.Figs.4and5showthestaticstructureoftheTTransactionandTGrowthTransactionclasses.Typicalrunningtime:Thetypicalrunningtimeismachineanduser-parametersdependent.Unusualfeaturesoftheprograms:Theprogramsaredistributedintheformofsourceprojectsandwithassociatedfiles,andshouldbecompiledusingBorlandDelphicompilersversions5orlatterandDelphiBorlandDeveloperStudio2006,respectively.Purchase$21ROOT—AC++frameworkforpetabytedatastorage,statisticalanalysisandvisualization

OriginalResearchArticle

ComputerPhysicsCommunications,Volume180,Issue12,December2009,Pages2499-2512

I.Antcheva,M.Ballintijn,B.Bellenot,M.Biskup,R.Brun,N.Buncic,Ph.Canal,D.Casadei,O.Couet,V.Fine,L.Franco,G.Ganis,A.Gheata,D.GonzalezMaline,M.Goto,J.Iwaszkiewicz,A.Kreshuk,D.MarcosSegura,R.Maunder,L.Moneta,etal.

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Abstract|Figures/Tables|ReferencesAbstractROOTisanobject-orientedC++frameworkconceivedinthehigh-energyphysics(HEP)community,designedforstoringandanalyzingpetabytesofdatainanefficientway.AnyinstanceofaC++classcanbestoredintoaROOTfileinamachine-independentcompressedbinaryformat.InROOTtheTTreeobjectcontainerisoptimizedforstatisticaldataanalysisoververylargedatasetsbyusingverticaldatastoragetechniques.Thesecontainerscanspanalargenumberoffilesonlocaldisks,theweb,oranumberofdifferentsharedfilesystems.Inordertoanalyzethisdata,theusercanchoseoutofawidesetofmathematicalandstatisticalfunctions,includinglinearalgebraclasses,numericalalgorithmssuchasintegrationandminimization,andvariousmethodsforperformingregressionanalysis(fitting).Inparticular,theRooFitpackageallowstheusertoperformcomplexdatamodelingandfittingwhiletheRooStatslibraryprovidesabstractionsandimplementationsforadvancedstatisticaltools.MultivariateclassificationmethodsbasedonmachinelearningtechniquesareavailableviatheTMVApackage.Acentralpieceintheseanalysistoolsarethehistogramclasseswhichprovidebinningofone-andmulti-dimensionaldata.Resultscanbesavedinhigh-qualitygraphicalformatslikePostscriptandPDForinbitmapformatslikeJPGorGIF.TheresultcanalsobestoredintoROOTmacrosthatallowafullrecreationandreworkofthegraphics.Userstypicallycreatetheiranalysismacrosstepbystep,makinguseoftheinteractiveC++interpreterCINT,whilerunningoversmalldatasamples.Oncethedevelopmentisfinished,theycanrunthesemacrosatfullcompiledspeedoverlargedatasets,usingon-the-flycompilation,orbycreatingastand-alonebatchprogram.Finally,ifprocessingfarmsareavailable,theusercanreducetheexecutiontimeofintrinsicallyparalleltasks—.datamininginHEP—byusingPROOF,whichwilltakecareofoptimallydistributingtheworkovertheavailableresourcesinatransparentway.ProgramsummaryProgramtitle:ROOTCatalogueidentifier:AEFA_v1_0ProgramsummaryURL:Programobtainablefrom:CPCProgramLibrary,Queen'sUniversity,Belfast,N.IrelandLicensingprovisions:LGPLNo.oflinesindistributedprogram,includingtestdata,etc.:3

044

581No.ofbytesindistributedprogram,includingtestdata,etc.:36

325

133Distributionformat:Programminglanguage:C++Computer:Inteli386,Intelx86-64,MotorolaPPC,SunSparc,HPPA-RISCOperatingsystem:GNU/Linux,WindowsXP/Vista,MacOSX,FreeBSD,OpenBSD,Solaris,HP-UX,AIXHasthecodebeenvectorizedorparallelized:YesRAM:>55

MbytesClassification:4,9,,14Natureofproblem:Storage,analysisandvisualizationofscientificdataSolutionmethod:Objectstore,widerangeofanalysisalgorithmsandvisualizationmethodsAdditionalcomments:Foranup-to-dateauthorlistsee:andRunningtime:DependingonthedatasizeandcomplexityofanalysisalgorithmsReferences:[1]Outline1.\l"sec001"Introduction.\l"sec002"DiscoveringROOT.\l"sec003"TypicalusesofROOT2.\l"sec004"DescriptionoftheROOTframework.\l"sec005"Input/output\l"sec006"DescribingC++objects\l"sec007"TFile\l"sec008"TTreeandI/O\l"sec009"I/Oformats.\l"sec010"Mathematicalandstatisticaltools.\l"sec011"Histograms.\l"sec012"GraphicsandUserInterface\l"sec013"2Dgraphics\l"sec014"3Dgraphics\l"sec015"Geometryandeventdisplay\l"sec016"GraphicalUserInterface.\l"sec017"Simulation.HYPERLINK"file://C:\\Users\\Administrator\\Desktop\\封面(2)\\&_udi=B6TJ5-4X2DD3B-4&_user=10&_coverDate=12\\31\\2009&_alid=88&_rdoc=21&_orig