Energy storage component is essential in a solarassisted air conditioning system if the cooling dem文档格式.docx
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Energy storage component is essential in a solarassisted air conditioning system if the cooling dem文档格式.docx
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AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences
Abstract
Determiningthecrystalstructureparametersofamaterialisanimportantissueincrystallographyandmaterialscience.Knowingthecrystalstructureparametershelpsinunderstandingthephysicalbehaviorofmaterial.Itcanbedifficulttoobtaincrystalparametersforcomplexstructures,particularlythosematerialsthatshowlocalsymmetryaswellasglobalsymmetry.Thisworkprovidesatoolthatextractscrystalparameterssuchasprimitivevectors,basisvectorsandspacegroupsfromtheatomiccoordinatesofcrystalstructures.Avisualizationtoolforexaminingcrystalsisalsoprovided.Accordingly,thisworkcouldhelpcrystallographers,chemistsandmaterialscientiststoanalyzecrystalstructuresefficiently.
Programsummary
Titleofprogram:
BilKristal
Catalogueidentifier:
ADYU_v1_0
ProgramsummaryURL:
http:
//cpc.cs.qub.ac.uk/summaries/ADYU_v1_0
Programobtainablefrom:
CPCProgramLibrary,Queen'
sUniversityofBelfast,N.Ireland
Licensingprovisions:
None
Programminglanguageused:
C,C++,Microsoft.NETFramework1.1andOpenGLLibraries
Computer:
PersonalComputerswithWindowsoperatingsystem
Operatingsystem:
WindowsXPProfessional
RAM:
20–60MB
No.oflinesindistributedprogram,includingtestdata,etc.:
899
779
No.ofbytesindistributedprogram,includingtestdate,etc.:
9
271
521
Distributionformat:
tar.gz
Externalroutines/libraries:
Microsoft.NETFramework1.1.Forvisualizationtool,graphicscarddrivershouldalsosupportOpenGL
Natureofproblem:
Determiningcrystalstructureparametersofamaterialisaquiteimportantissueincrystallography.Knowingthecrystalstructureparametershelpstounderstandphysicalbehaviorofmaterial.Forcomplexstructures,particularly,formaterialswhichalsocontainlocalsymmetryaswellasglobalsymmetry,obtainingcrystalparameterscanbequitehard.
Solutionmethod:
Thetoolextractscrystalparameterssuchasprimitivevectors,basisvectorsandidentifythespacegroupfromatomiccoordinatesofcrystalstructures.
Restrictions:
Assumptionsareexplainedinthepaper.However,noneofthemcanbeconsideredasarestrictionontothecomplexityoftheproblem.
Runningtime:
Alltheexamplespresentedinthepapertakelessthan30secondsona2.4GHzPentium4computer.
ArticleOutline
1.Introduction
2.Aframeworkforpatterninformationextraction
2.1.Datastructuresandindexing
2.2.Thestagesoftheproposedframework
2.2.1.Readingandindexingthedata
2.2.2.Thealgorithmforgroupingidenticalatoms
2.2.3.Thealgorithmforextractingprimitivevectors
2.2.3.1.Thevectorsetgeneration.
2.2.3.2.Filteringoutredundantvectors.
2.2.3.3.Findingprimitivevectoralternatives.
2.2.4.Theclusteringalgorithm
2.2.5.Thealgorithmforfindingbasisvectors
2.2.6.Thealgorithmforidentifyingspacegroup
3.Implementation
3.1.Analyzer
3.2.VisualizationTool
4.Experimentalresultsandperformanceanalysis
4.1.Extractingprimitivevectorsandbasisvectors
4.2.Spacegroupidentification
4.3.Errorhandling
4.4.Performanceevaluation
4.4.1.Complexityanalysis
4.4.2.Dissectedexecutiontimesfordifferentstages
4.5.Theprogramfiles
4.6.Discussion
5.Conclusion
Acknowledgements
References
Purchase
$31.50
927
DevelopmentandstructureofsynapticcontactsinDrosophila
ReviewArticle
SeminarsinCell&
DevelopmentalBiology,Volume17,Issue1,February2006,Pages20-30
AndreasProkop,IanA.Meinertzhagen
Supplementarycontent
Structuralsynapsesarekeyregulatorsofinformationflowinneuronalnetworks.Tounderstandthefunctionandformationofneuronalcircuits,thedevelopmentandfunctionofsynapseshavethereforebeenintenselystudiedinbothvertebrateandinvertebratespecies.PrecisedescriptionsofsynapsesandtheiramenabilitytogeneticanalysisinthemodelorganismDrosophilaprovideanefficientplatformfromwhichtoexploremechanismsandprinciplesofsynapseformation,whichfindmanycounterpartsinotheranimals.HerewesummariseourknowledgeofthestructureofDrosophilasynapses.Focussingonneuromuscularjunctionsandphotoreceptorsynapses,weprovideanoverviewofmechanismsunderlyingthedevelopmentofsynapticstructureinDrosophila.
2.ThelocationsofsynapsesintheDrosophilanervoussystem
3.ThestructureofDrosophilasynapses
3.1.Physiologicalconsiderations
3.2.GeneralfeaturesofDrosophilasynapses
3.3.Acommonpresynapticcomponentofflysynapses:
theT-barribbon
3.4.Othersynapticspecialisations
4.ThedevelopmentofsynapsesatNMJsandphotoreceptorterminals
4.1.Connectivityintheneuromuscularsystem
4.2.Formationofneuromuscularcontacts
4.3.Connectivityinthevisualsystem
4.4.Formationofphotoreceptorcontacts
4.5.Developmentalmechanismsestablishingsynapticultrastructure
5.Conclusions
AppendixA.Supplementarydata
$41.95
928
FuzzyC-meansbasedclusteringforlinearlyandnonlinearlyseparabledata
PatternRecognition,Volume44,Issue8,August2011,Pages1750-1760
Du-MingTsai,Chung-ChanLin
Inthispaperwepresentanewdistancemetricthatincorporatesthedistancevariationinaclustertoregularizethedistancebetweenadatapointandtheclustercentroid.ItisthenappliedtotheconventionalfuzzyC-means(FCM)clusteringindataspaceandthekernelfuzzyC-means(KFCM)clusteringinahigh-dimensionalfeaturespace.Experimentsontwo-dimensionalartificialdatasets,realdatasetsfrompublicdatalibrariesandcolorimagesegmentationhaveshownthattheproposedFCMandKFCMwiththenewdistancemetricgenerallyhavebetterperformanceonnon-sphericallydistributeddatawithunevendensityforlinearandnonlinearseparation.
2.FuzzyC-meansbasedclustering
2.1.FuzzyC-means(FCM)clustering
2.2.NewdistancemetricforFCM
2.3.KernelfuzzyC-meansclustering
2.4.NewdistancemetricforKFCM
2.5.Bandwidthsetting
3.Experimentalresults
3.1.Simulateddata
3.2.Realdatasets
3.3.Colorimagesegmentation
4.Conclusions
Vitae
Researchhighlights
►AnewdistancemetricbasedondistancevariationisusedtoimproveFCMclustering.►ThenewdistancemetriccanalsobeappliedtokernelFCMforvariousdatashapes.►Theproposedalgorithmscanbeusedforlinearlyandnonlinearlyseparabledata.
929
Spacecraftdestructionduringre-entry–latestresultsanddevelopmentoftheSCARABsoftwaresystem
AdvancesinSpaceResearch,Volume34,Issue5,2004,Pages1055-1060
T.Lips,B.Fritsche,G.Koppenwallner,H.Klinkrad
AbstractAbstract
Thecalculationofdestructivere-entriesandthepredictionoftherelatedgroundriskpotentialduetofragmentobjectsreachingthegroundhavebecomeofhighinterestinthepastyears.Thiswasalsoevidentduringthere-entryoftheMIRspacestationin2001.In1995,underESAcontract,HTGstartedaninternationalcooperationwithothercompaniesandinstitutestodeveloptheSCARABsoftwaresystem(SpacecraftAtmosphericRe-EntryandAerothermalBreak-Up).SCARABisaquasi-deterministictool,modelingare-entryobjectdowntosub-systemlevel.Theresultingaerodynamicparametersandmassdistributionallowcalculatingarealistic6Dre-entrytrajectory.Geometryandmassarecontinuouslyupdatedduringcalculation.Multi-levelfragmentationsduetodifferentdestructionprocessesareconsidered.TheSCARABsoftwarehasbeenappliedtoseveralprojects,namelyATV(ESA),ROSAT(Germany),Ariane-5(ESA)andBeppoSAX(Italy).ThepracticalapplicationofSCARABtoprojectworkhasbeendemonstrated.InadditionSCARABhasbeencomparedwithNASA'
sORSATcode.Ithasalsobeenverifiedwithexperimentaldatagainedfromre-entryvehicles,break-upobservationsandwind-tunneltests.SCARABisnowonthewaytobecometheEuropeanstandardsoftwareforre-entrydestructionanalysis.
930
UsingtheAttentionNetworkTesttopredictdrivingtestscores
AccidentAnalysis&
Prevention,Volume41,Issue1,January2009,Pages76-83
BruceWeaver,MichelBé
dard,JimMcAuliffe,MarieParkkari
Drivingisacomplexmulti-factorialtaskthattapsunderlyingmechanismsofcognitionandattention.Notsurprisingly,therefore,manytestsofcognitionandattentionaresignificantlyassociatedwithdrivingoutcomes.Inthisarticle,weintroducedrivingresearchersandclinicianswithaninterestindrivingtotheAttentionNetworkTest(ANT),whichtoourknowledgehasnot
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