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Multi-view Architecting and Modeling

abstract Multi-view architecting connects the system design to customer context and life cycle context. We teach an architecting method based on many views and fast iteration of the views. Visual models, functional models, and mathematical models in all views are the means to communicate about the system, to discuss specification and design choices, to reason about consequences, and to make decisions.

download all slides in pdf, size: 1.63 MB
source files in Latex and Visio 5.0, size: 4.87 MB
status: planned
download statistics: allSlides: 100 downloads

History

0.1 Decemebr 21, 2011 Gerrit Muller
  • added T-shape presentation
0 October 8, 2010 Gerrit Muller
  • created by making a subselection from CAFCR and MA material

figures

AMOoverview.stamp.gif AMOmethod.stamp.gif CAFCRannotated.stamp.gif AMOintegratingCAFCR.stamp.gif CAFCRrecursion.stamp.gif BCAFCRplusLifeCycle.stamp.gif SEMAbottomUpScanCAFCR.stamp.gif SEMAbottomUpScanRealization.stamp.gif SEMAbottomUpScanConceptual.stamp.gif REQsystemAsBlackBox.stamp.gif SEMAbottomUpScanApplication.stamp.gif LWAvalueChain.stamp.gif QNchecklist.stamp.gif SEMAscanPresentation.stamp.gif SEMAblackBoxIteration2.stamp.gif COVmotorwayManagementKeyDrivers.stamp.gif TCAFkeyDriverSubmethod.stamp.gif TCAFkeyDriverRecommendations.stamp.gif REQfromDriverToRequirement.stamp.gif SEMAcustomerSideIteration2.stamp.gif CVconstructionDecomposition.stamp.gif CVfunctionalDecomposition.stamp.gif MSquestionGeneratorEasyVision.stamp.gif CVimprovedQuestionGenerator.stamp.gif CVquestionGeneratorPlanes.stamp.gif SEMAdesignSideIteration2.stamp.gif QNsecurityExample.stamp.gif SHTfromStoryToDesign.stamp.gif SHTexampleStoryLayout.stamp.gif SHTcriterionsList.stamp.gif SHTexample.stamp.gif SHTexampleCriteria.stamp.gif TORnetworkedIssues.stamp.gif TORapproach.stamp.gif TORstartingPoint.stamp.gif TORcreatingInsight.stamp.gif TORdeepeningInsight.stamp.gif TORbroadeningInsight.stamp.gif TORproblemIdentification.stamp.gif TORanalysisIteration.stamp.gif TORdocumentation.stamp.gif MITORthread50.stamp.gif MSeasyVision.stamp.gif IMIchallenge.stamp.gif IMIdecomposition.stamp.gif QNneedles.stamp.gif MITORchronology.stamp.gif MITORthread.stamp.gif PMITORtechnologyInnovations.stamp.gif MITORthread10.stamp.gif MSmemoryZeroMeasurement.stamp.gif MSmemoryUsageReduction.stamp.gif MSmemoryBudget.stamp.gif MICAFtypicalCase.stamp.gif MITORthread20.stamp.gif MISactivitiesRadiologist.stamp.gif MISdiagnosis.stamp.gif MICVdestinations.stamp.gif MITORsoftwareProcess1991.stamp.gif MITORswLayers1991.stamp.gif MICVbanding.stamp.gif MICVserverCPUload.stamp.gif MITORthread30.stamp.gif MITORfalseContouring.stamp.gif MICVpresentationPipeline.stamp.gif MICVwysiwyg.stamp.gif MITORfontScaling.stamp.gif MITORthread40.stamp.gif LEANoverviewA3.stamp.gif EPMoneFloorModel.stamp.gif EPMwarning.stamp.gif EPMbuilding.stamp.gif EPMkinematicFormulas.stamp.gif EPMinitialExpectations.stamp.gif EPMinitialEstimates.stamp.gif EPMtopFloorModelExercises.stamp.gif EPMtopFloorModels.stamp.gif EPMtopFloorModelConclusions.stamp.gif EPMtopFloorPerformanceExercise.stamp.gif EPMelevatorPerformance.stamp.gif EPMtopFloorMeasured.stamp.gif EPMtopFloorIgnored.stamp.gif EPMtopFloorPerformanceConclusions.stamp.gif EPMoneFloorPerformanceExercise.stamp.gif EPMoneFloorModelConclusions.stamp.gif EPMelevatorPerformanceOneFloor.stamp.gif EPMoneFloorPerformanceConclusions.stamp.gif EPMexerciseTimeLine.stamp.gif EPMelevatorTimeLine.stamp.gif EPMoneElevatorOverview.stamp.gif EPMtimeLineConclusions.stamp.gif EPMexerciseEnergyAndPower.stamp.gif EPMenergyAndPowerModel.stamp.gif EPMpowerAndEnergyConclusions.stamp.gif EPMqualitiesExercise.stamp.gif EPMqualitiesConclusions.stamp.gif EPMotherDomains.stamp.gif EPMmultipleUsersExercise.stamp.gif EPMmultipleUsersTimeLine.stamp.gif EPMdesiredMultipleUserPerformance.stamp.gif EPMelevatorsSystem.stamp.gif EPMexceptionalCases.stamp.gif EAAbudget.stamp.gif ASMLoverlayBudget.stamp.gif RVmemoryBudgetTable.stamp.gif MAANaspects.stamp.gif MAANmodelApplicability.stamp.gif SEMApresentationTshape.stamp.gif