自动化外文书籍汇总解析.docx
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自动化外文书籍汇总解析.docx
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自动化外文书籍汇总解析
分类:
电气电子工程
编号:
9781107005587
书名:
《CompressedSensing:
TheoryandApplications》
(压缩传感:
理论与应用)
作者:
YoninaC.EldaandGittaKutyniok
出版日期:
2012年6月29日
摘要:
Compressedsensingisanexciting,rapidlygrowingfield,attractingconsiderableattentioninelectricalengineering,appliedmathematics,statisticsandcomputerscience.Thisbookprovidesthefirstdetailedintroductiontothesubject,highlightingrecenttheoreticaladvancesandarangeofapplications,aswellasoutliningnumerousremainingresearchchallenges.Afterathoroughreviewofthebasictheory,manycutting-edgetechniquesarepresented,includingadvancedsignalmodeling,sub-Nyquistsamplingofanalogsignals,non-asymptoticanalysisofrandommatrices,adaptivesensing,greedyalgorithmsanduseofgraphicalmodels.Allchaptersarewrittenbyleadingresearchersinthefield,andconsistentstyleandnotationareutilizedthroughout.Keybackgroundinformationandcleardefinitionsmakethisanidealresourceforresearchers,graduatestudentsandpractitionerswantingtojointhisexcitingresearcharea.Itcanalsoserveasasupplementarytextbookforcoursesoncomputervision,codingtheory,signalprocessing,imageprocessingandalgorithmsforefficientdataprocessing
目录:
1.Introductiontocompressedsensing
2.Secondgenerationsparsemodeling:
structuredandcollaborativesignalanalysis
3.Xampling:
compressedsensingofanalogsignals
4.Samplingattherateofinnovation:
theoryandapplications
5.Introductiontothenon-asymptoticanalysisofrandommatrices
6.Adaptivesensingforsparserecovery
7.Fundamentalthresholdsincompressedsensing:
ahigh-dimensionalgeometryapproach
8.Greedyalgorithmsforcompressedsensing
9.Graphicalmodelsconceptsincompressedsensing
10.Findingneedlesincompressedhaystacks
11.Dataseparationbysparserepresentations
12.Facerecognitionbysparserepresentation
作者简介:
YoninaC.EldarisaProfessorintheDepartmentofElectricalEngineeringattheTechnion,IsraelInstituteofTechnology,aResearchAffiliatewiththeResearchLaboratoryofElectronicsattheMassachusettsInstituteofTechnology,andaVisitingProfessoratStanfordUniversity.Shehasreceivednumerousawardsforexcellenceinresearchandteaching,includingtheWolfFoundationKrillPrizeforExcellenceinScientificResearch,theHershelRichInnovationAward,theWeizmannPrizeforExactSciences,theMichaelBrunoMemorialAwardfromtheRothschildFoundation,andtheMurielandDavidJacknowAwardforExcellenceinTeaching.SheisanAssociateEditorforseveraljournalsintheareasofsignalprocessingandmathematicsandaSignalProcessingSocietyDistinguishedLecturer.
GittaKutyniokisanEinsteinProfessorintheDepartmentofMathematicsattheTechnischeUniversitatBerlin,Germany.ShehasbeenaPostdoctoralFellowatPrinceton,Stanford,andYaleUniversities,andaFullProfessorattheUniversitatOsnabruck,Germany.Herresearchandteachinghasbeenrecognizedbyvariousawards,includingaHeisenbergFellowshipandthevonKavenPrizebytheGermanResearchFoundation,anEinsteinChairbytheEinsteinFoundationinBerlin,awardsbytheUniversitatPaderbornandtheJustus-LiebigUniversitatGiessenforExcellenceResearch,aswellastheWeierstrassPrizeforOutstandingTeaching.SheisanAssociateEditorandalsoCorrespondingEditorforseveraljournalsintheareasofappliedmathematics.
分类:
电气电子工程
编号:
9780470627617
书名:
《DesignOfSmartPowerGridRenewableEnergySystems》
(智能电力网格可再生能源系统设计)
作者:
AliKeyhani
出版日期:
2011年8月2日
摘要:
Toaddressthemodelingandcontrolofsmartgridrenewableenergysystemintoelectricpowersystems,thisbook integratesthreeareasofelectricalengineering:
powersystemengineering,controlsystemsengineeringandpowerelectronics。
Theapproachtotheintegrationofthesethreeareasdiffersfromclassicalmethods.Duetocomplexityofthistask,theauthorhasdecidedtopresentthebasicconcepts,andthenpresentasimulationtestbedinmatlabtousetheseconceptstosolveabasicproblemindevelopmentofsmartgridenergysystem.Therefore,eachchapterhasthreeparts:
firstaproblemofintegrationisstatedanditsimportanceisdescribed.Then,themathematicalmodelofthesameproblemisformulated.Next,thesolutionstepsareoutlined.Thisstepisfollowedbydevelopingamatlabsimulationtestbed.Eachchapterendswithasetofproblemsandprojects.Thebookisintendedbeusedastextbookforinstructionorbyresearchers. Thisbookcanbeusedasundergraduatetextforbothelectricalandmechanicalengineers.Theprerequisiteforthecourseisacourseinfundamentalofelectricalengineering.
目录:
FOREWORD.
PREFACE.
ACKNOWLEDGMENTS.
1ENERGYANDCIVILIZATION.
1.1Introduction.
1.2FossilFuel.
1.3DepletionofEnergyResources.
1.4AnAlternativeEnergySource:
NuclearEnergy.
1.5GlobalWarming.
1.6TheAgeoftheElectricPowerSystem.
1.7GreenandRenewableEnergySources.
1.8EnergyUnitsandConversions.
1.9EstimatingtheCostofEnergy.
1.10Conclusion.
2POWERGRIDS.
2.1Introduction.
2.2ElectricPowerGrids.
2.3TheBasicConceptsofPowerGrids.
2.4LoadModels.
2.5TransformersinElectricPowerGrids.
2.6ModelingaMicrogridSystem.
2.7ModelingThree-PhaseTransformers.
2.8TapChangingTransformers.
2.9ModelingTransmissionLines.
3MODELINGCONVERTERSINMICROGRIDPOWERSYSTEMS.
3.1Introduction.
3.2Single-PhaseDC/ACInverterswithTwoSwitches.
3.3Single-PhaseDC/ACInverterswithaFour-SwitchBipolarSwitchingMethod.
3.3.1PulseWidthModulationwithUnipolarVoltageSwitchingforaSingle-PhaseFull-BridgeInverter.
3.4Three-PhaseDC/ACInverters.
3.5PulseWidthModulationMethods.
3.6AnalysisofDC/ACThree-PhaseInverters.
3.7MicrogridofRenewableEnergySystems.
3.8TheDC/DCConvertersinGreenEnergySystems.
3.9Rectifiers.
3.10PulseWidthModulationRectifiers.
3.11AThree-PhaseVoltageSourceRectifierUtilizingSinusoidalPWMSwitching.
3.12TheSizingofanInverterforMicrogridOperation.
3.13TheSizingofaRectifierforMicrogridOperation.
3.14TheSizingofDC/DCConvertersforMicrogridOperation.
4SMARTPOWERGRIDSYSTEMS.
4.1Introduction.
4.2PowerGridOperation.
4.3TheVerticallyandMarket-StructuredUtility.
4.4PowerGridOperationsControl.
4.5Load-FrequencyControl.
4.6AutomaticGenerationControl.
4.7OperatingReserveCalculation.
4.8TheBasicConceptsofaSmartPowerGrid.
4.9TheLoadFactor.
4.10ACyber-ControlledSmartGrid.
4.11SmartGridDevelopment.
4.12SmartMicrogridRenewableGreenEnergySystems.
4.13APowerGridSteamGenerator.
4.14PowerGridModeling.
5MICROGRIDSOLARENERGYSYSTEMS.
5.1Introduction.
5.2TheSolarEnergyConversionProcess:
ThermalPowerPlants.
5.3PhotovoltaicPowerConversion.
5.4PhotovoltaicMaterials.
5.5PhotovoltaicCharacteristics.
5.6PhotovoltaicEfficiency.
5.7TheDesignofPhotovoltaicSystems.
5.8TheModelingofaPhotovoltaicModule.
5.9TheMeasurementofPhotovoltaicPerformance.
5.10TheMaximumPowerPointofaPhotovoltaicArray.
5.11ABatteryStorageSystem.
5.12AStorageSystemBasedonaSingle-CellBattery.
5.13TheEnergyYieldofaPhotovoltaicModuleandtheAngleofIncidence.
5.14TheStateofPhotovoltaicGenerationTechnology.
5.15TheEstimationofPhotovoltaicModuleModelParameters.
6MICROGRIDWINDENERGYSYSTEMS.
6.1Introduction.
6.2WindPower.
6.3WindTurbineGenerators.
6.4TheModelingofInductionMachines.
6.5PowerFlowAnalysisofanInductionMachine.
6.6TheOperationofanInductionGenerator.
6.7DynamicPerformance.
6.8TheDoubly-FedInductionGenerator.
6.9BrushlessDoubly-FedInductionGeneratorSystems.
6.10Variable-SpeedPermanentMagnetGenerators.
6.11AVariable-SpeedSynchronousGenerator.
6.12AVariable-SpeedGeneratorwithaConverterIsolatedfromtheGrid.
7LOADFLOWANALYSISOFPOWERGRIDSANDMICROGRIDS.
7.1Introduction.
7.2VoltageCalculationinPowerGridAnalysis.
7.3ThePowerFlowProblem.
7.4LoadFlowStudyasaPowerSystemEngineeringTool.
7.5BusTypes.
7.6GeneralFormulationofthePowerFlowProblem.
7.7TheBusAdmittanceModel.
7.8TheBusImpedanceMatrixModel.
7.9FormulationoftheLoadFlowProblem.
7.10TheGauss–SeidelYBus Algorithm.
7.11TheGauss–SeidelZBus Algorithm.
7.12ComparisonoftheYBus andZBus PowerFlowSolutionMethods.
7.13TheSynchronousandAsynchronousOperationofMicrogrids.
7.14AnAdvancedPowerFlowSolutionMethod:
TheNewton–RaphsonAlgorithm.
7.15TheFastDecoupledLoadFlowAlgorithm.
7.16AnalysisofaPowerFlowProblem.
8POWERGRIDANDMICROGRIDFAULTSTUDIES.
8.1Introduction.
8.2PowerGridFaultCurrentCalculation.
8.3SymmetricalComponents.
8.4SequenceNetworksforPowerGenerators.
8.5TheModelingofaPhotovoltaicGeneratingStation.
8.6SequenceNetworksforBalancedThree-PhaseTransmissionLines.
8.7GroundCurrentFlowinBalancedThree-PhaseTransformers.
8.8ZeroSequenceNetwork.
8.9FaultStudies.
APPENDIXACOMPLEXNUMBERS.
APPENDIXBTRANSMISSIONLINEANDDISTRIBUTIONTYPICALDATA.
APPENDIXCENERGYYIELDOFAPHOTOVOLTAICMODULEANDITSANGLEOFINCIDENCE.
APPENDIXDWINDPOWER.
INDEX.
作者简介:
AliKeyhani,PhD,isaProfessorintheDepartmentofElectricalandComputerEngineeringatTheOhioStateUniversity.HeisaFellowoftheIEEEandarecipientofTheOhioStateUniversity,CollegeofEngineeringResearchAwardfor1989,1999,and2003.HehasworkedforcompaniessuchasColumbusandSouthernElectricPowerCompany,Hewlett-PackardCo.,FosterWheelerEngineering,andTRW.HehasperformedresearchandconsultingforAmericanElectricPower,TRWControl,Liebert,DelphiAutomotiveSystem
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