Systems analysis

These terms are used in many scientific disciplines, from mathematics and logic to economics and psychology, to denote similar investigative procedures.Analysis can also be a series of components that perform organic functions together, such as systems engineering.This helps produce the data model, a precursor to creating or enhancing a database.Each use case is a business scenario or event for which the system must provide a defined response.This was shown during the year 2000 re-engineering effort as business and manufacturing processes were examined as part of the Y2K automation upgrades.
system analysisinformation technologyFutures studiesConceptsAccelerating changeCashless societyGlobal catastrophic riskMathematicsClimateSpace explorationUniverseHistorical materialismKondratiev waveKardashev scaleMoore's lawPeak oilPopulation cycleResource depletionSingularitySwanson's lawTechniquesBackcastingCausal layered analysisChain-linked modelConsensus forecastCross impact analysisDelphiReal-time DelphiForesightFuture-proofFutures wheelFuture workshopHorizon scanningReference class forecastingScenario planningThreatcastingTrend analysisassessmentforecastingCritical designDesign fictionExploratory engineeringHype cycleScience fiction prototypingSpeculative designTechnology scoutingFutarchyTranshumanismbusinesssystemsproblem-solvingrequirements analysisoperations researchdecision makerscientific disciplinesmethodologySystems engineeringinterdisciplinary fielddata modeldatabaseWaterfall modelUse casesPolicy analysisUnited States Secretary of DefenseRobert McNamarasystem analystbusiness analystmanufacturing engineersystems architectenterprise architectsoftware architectprocessesmethodsSystem thinkingSystem architectureSoftware architectureEnterprise architectureSystems analystSystems designCyberneticsSystems theoryAccident analysisBusiness analysisCost-effectiveness analysiscost–benefit analysisFailure analysisLogico-linguistic modelingMorphological analysisSoft systems methodologySoftware prototypingSpiral modelDonella MeadowsNancy LevesonRussell L. AckoffHoward T. OdumHenry PaynterJay ForresterGregory BatesonStewart BrandBuckminster FullerRobert S. McNamaraStafford BeerLudwig von BertalanffyBentley, Lonnie D.Kevin C. DittmanJeffrey L. WhittenHawryszkiewycz, Igor T.Whitten, Jeffery L.Lonnie D. BentleyAerospace engineeringBiological systems engineeringCognitive systems engineeringConfiguration managementEarth systems engineering and managementElectrical engineeringEnterprise systems engineeringHealth systems engineeringPerformance engineeringReliability engineeringSafety engineeringSociocultural Systems EngineeringRequirements engineeringFunctional specificationSystem integrationVerification and validationDesign reviewSystem of systems engineeringBusiness processFault toleranceSystemSystem lifecycleV-ModelSystems development life cycleDecision-makingFunction modellingOptimizationQuality function deploymentSpare partSystem dynamicsSystems Modeling LanguageSystems modelingWork breakdown structureJames S. AlbusRuzena BajcsyBenjamin S. BlanchardWernher von BraunKathleen CarleyHarold ChestnutWolt FabryckyBarbara GroszArthur David Hall IIIDerek HitchinsRobert E. MacholRadhika NagpalSimon RamoJoseph Francis SheaKatia SycaraManuela M. VelosoJohn N. WarfieldControl engineeringComputer engineeringIndustrial engineeringProject managementQuality managementRisk managementSoftware engineering