Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx

上传人:b****7 文档编号:22836146 上传时间:2023-02-05 格式:DOCX 页数:20 大小:34.58KB
下载 相关 举报
Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx_第1页
第1页 / 共20页
Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx_第2页
第2页 / 共20页
Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx_第3页
第3页 / 共20页
Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx_第4页
第4页 / 共20页
Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx_第5页
第5页 / 共20页
点击查看更多>>
下载资源
资源描述

Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx

《Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx》由会员分享,可在线阅读,更多相关《Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx(20页珍藏版)》请在冰豆网上搜索。

Journal of Hydroenvironment Research International Journal of Applied Earth Observation and GeoinfoWord文档格式.docx

H.P.Yin

Closepreview 

Relatedarticles 

Relatedreferenceworkarticles 

AbstractAbstract|Figures/TablesFigures/Tables|ReferencesReferences

Abstract

Usingthewell-knownbandwidthformulaandthehalfpowerbandwidthformula[R.E.D.Bishop,G.M.L.Gladwell,Aninvestigationintothetheoryofresonancetesting,PhilosophicalTransactionsoftheRoyalSocietyofLondonA255(1963)241–280],inparticular,isthesimplestwaytoestimatemodaldampingforengineers.Byusingthehalfpowerbandwidthformula,thedampingfactorisestimatedtobeapproximatelythehalfbandwidthatthehalfpowerpoints.Oneofthemajorlimitationsthatrestricttheuseofthismethodisthecouplingeffectbetweencloselyspacedmodes.Inthispaper,thedependenceofthedampingestimationaccuracyontheselectedpowerratiosisstudiedwithbothanalyticalandexperimentaldataoffrequencyresponsefunctions.Theresultsshowthatbyselectingadequatepowerratiovalues,thecouplingeffectcanbeminimizedandtheestimationaccuracycanbesignificantlyimprovedforcloselyspacedmodes.Afurtherimprovementofaccuracycanbeobtainedbyapplyingthealgorithmofmodeisolation[H.P.Yin,D.Duhamel,Substractiontechniqueandfinitedifferenceformulasformodalparameterestimation,MechanicalSystemsandSignalProcessing18(2004)1497–1503;

M.S.Allen,J.H.Ginsberg,Aglobal,single-input-multi-output(SIMO)implementationofthealgorithmofmodeisolationandapplicationtoanalyticalandexperimentaldata,MechanicalSystemsandSignalProcessing20(2006)1090–1111].Alsoanexactbandwidthformulaincaseofasingledegreeoffreedomsystemispresentedandthelinkbetweentheexactformulaandtheclassicalapproximatedformulaisindicated.Theexactbandwidthformulaprovidesanewtheoreticalbasisofthebandwidthmethodforthedampingestimationfromfrequencyresponsefunctions.

ArticleOutline

1.Introduction

2.Bandwidthmethod

3.Analysiswithanalyticaldata

4.Analysiswithexperimentaldata

5.Conclusion

Appendix

References

Purchase

$35.95

815

FKBP22ispartofchaperone/foldingcatalystcomplexesintheendoplasmicreticulumofNeurosporacrassa 

FEBSLetters,Volume581,Issue10,15May2007,Pages2036-2040

DirkTremmel,MargaridaDuarte,ArnaldoVideira,MaximilianTropschug

PDF(586K) 

FKBP22isadimericproteininthelumenoftheendoplasmicreticulum,whichexhibitsachaperoneaswellasaPPIaseactivity.ItbindsviaitsFK506bindingprotein(FKBP)domaindirectlytotheHsp70chaperoneBiPthatstimulatesthechaperoneactivityofFKBP22.HerewedemonstrateadditionallytheassociationofFKBP22withthemolecularchaperonesandfoldingcatalystsGrp170,α-subunitofglucosidaseII,PDI,ERp38,andCyP23.TheseproteinsareassociatedwithFKBP22inatleasttwoproteincomplexes.Furthermore,wereportanessentialroleforFKBP22inthedevelopmentofmicroconidiophoresinNeurosporacrassa.

2.Materialandmethods

2.1.GrowthofN.crassa

2.2.Proteinidentification/computationalanalysis

2.3.Miscellaneous

3.Resultsanddiscussion

3.1.AFKBP22deletionmutantofN.crassahasadefectinformingmicroconidiophores

3.2.FKBP22isassociatedwithseveralchaperonesandfoldingcatalystsintheendoplasmicreticulum

3.3.Associationsbetweenchaperonesandfoldingcatalysts

4.Conclusions

Acknowledgements

816

Anewapproachofclusteringbasedmachine-learningalgorithm 

Knowledge-BasedSystems,Volume19,Issue4,August2006,Pages248-258

AlauddinYousifAl-Omary,MohammadShahidJamil

Machine-learningresearchistostudyandapplythecomputermodelingoflearningprocessesintheirmultiplemanifestations,whichfacilitatethedevelopmentofintelligentsystem.Inthispaper,wehaveintroducedaclusteringbasedmachine-learningalgorithmcalledclusteringalgorithmsystem(CAS).TheCASalgorithmistestedtoevaluateitsperformanceandfindfruitfulresults.Wehavebeenpresentedsomeheuristicstofacilitatemachine-learningauthorstoboostuptheirresearchworks.TheInfoBaseoftheMinistryofCivilServicesisusedtoanalyzetheCASalgorithm.TheCASalgorithmiscomparedwithothermachine-learningalgorithmslikeUNIMEM,COBWEB,andCLASSIT,andwasfoundtohavesomestrongpointsoverthem.Theproposedalgorithmcombinedadvantagesoftwodifferentapproachestomachinelearning.ThefirstapproachislearningfromExamples,CASsupportsSingleandMultipleInheritanceandExceptions.CASalsoavoidsprobabilityassumptionswhicharewellunderstoodinconceptformation.ThesecondapproachislearningbyObservation.CASappliesasetofoperatorsthathaveproventobeeffectiveinconceptualclustering.WehaveshownhowCASbuildsandsearchesthroughaclustershierarchytoincorporateorcharacterizeanobject.

2.Relevantworks

3.ProposedCASmodel

3.1.Employmentandvisaproblems

3.2.CASoperators

3.3.Formationofhierarchy

3.4.CASdatastructure

3.5.Characterization

3.6.Aggregation

3.7.Timeandspacecomplexity

3.8.Ephemeralnarrationofthealgorithm

4.Comparativeresults

4.1.Accomplishmentconsequence

4.2.Assessmentcriteria

4.3.Comparativesummary

$24.95

817

Anexpertsystemforpredictingtheeffectsofspeechinterferenceduetonoisepollutiononhumansusingfuzzyapproach 

ExpertSystemswithApplications,Volume35,Issue4,November2008,Pages1978-1988

Zaheeruddin,V.K.Jain

Inthispaper,anattempthasbeenmadetodevelopanexpertsystemusingfuzzyapproachtoinvestigatetheeffectsofnoisepollutiononspeechinterference.Thespeechinterferencemeasuredintermsofspeechintelligibilityisconsideredtobeafunctionofnoiselevel,distancebetweenspeakerandlistener,andtheageofthelistener.ThemainsourceofmodeldevelopmentisthereportsofWorldHealthOrganization(WHO)andfieldsurveysconductedbyvariousresearchers.ItisimplementedonFuzzyLogicToolboxofMATLABusingbothMamdaniandSugenotechniques.TheresultsarefoundtobeingoodagreementwiththefindingsofWorldHealthOrganization(WHO)andU.S.EnvironmentalProtectionAgency(EPA).Thestudyrevealsthatforgoodcommunicationatnormaldistances(‘short’and‘medium’)encounteredinambientenvironment,thenoiselevelshouldnotexceed65 

dB(A)for‘young’and‘middleaged’,and55 

dB(A)for‘old’persons.

2.Noisepollutionandspeechinterference

3.Fuzzyexpertsystem

4.Methodologyandimplementation

4.1.Algorithm

5.Resultsanddiscussion

6.Conclusions

$41.95

818

Industrialuseofsynchrotronradiation:

averysubjectiveoverview 

NuclearInstrumentsandMethodsinPhysicsResearchSectionA:

Accelerators,Spectrometers,DetectorsandAssociatedEquipment,Volumes467-468,Part2,21July2001,Pages1179-1191

J.Hormes,H.Modrow

Synchrotronradiationhasbecomeanextremelyvaluabletoolformanyareasofbasicandappliedresearch.Inprinciple,synchrotronradiationcouldalsobeusedforallareasofindustr

展开阅读全文
相关资源
猜你喜欢
相关搜索

当前位置:首页 > 党团工作 > 入党转正申请

copyright@ 2008-2022 冰豆网网站版权所有

经营许可证编号:鄂ICP备2022015515号-1