Emerson Paradigm 18 build 2018.06.28-石油軟件網 Petroleum E&P Software Solutions-石油軟件
Paradigm18為用戶帶來了全新的智力新維度，使用可幫助用戶快速的獲取更精確更快的結果，減少工作量，使用軟件，人工智能功能可以從地震和井筒數據中快速可靠地識別地質相。擁有統一用戶界面和數據管理 可以更輕鬆地實現更快的結果。對雲上運行的應用程序的支持使遠程團隊可以比以往更輕鬆地協同工作。擁有高分辨率處理，成像，解釋和建模可以產生更精確的地球模型。對石油和天然氣勘探與生產公司提供了最佳方式來幫助他們立即處理大批量的可用數據，作為數據集成和過程自動化工具，全新的無監督學習方法，用於分類疊前地震數據或使用多種屬性，與地質體檢測相結合，支持高級參數採樣，用於所有地震相分類工作流的靈敏度分析，方便用戶瞭解參數變化對工作流的影響用戶體驗和集成UI和數據管理的持續統一，從地震處理到解釋和建模。

Emerson’sE&PSoftwareSolutionsannouncedthereleaseofParadigm18.Thisreleaseincludesnewapplicationsforadvancedautomationusingmachinelearningmethods,enhancedintegrationacrossthefullrangeofParadigmsolutions,moreeffectivecollaborationwithsupportforapplicationsrunningontheCloud,andoptimizationofprocessesandworkflowsthatimproveimageandearthmodelaccuracy.

What'snewinthisrelease-DateJuly9,2018:

NewforInterpreters

Paradigm18usesmachinelearningasadataintegratorandprocessautomationtool,andintroducesnewsolutionsfortheunsupervisedclassificationofpre-andpoststackseismicdata.GeobodydetectionhasbeenintegratedintotheSeisEarthinterpretationsuiteandcanbeappliedtotheresultsoftheseismicfaciesclassification.Anewparametersensitivityanalysisfacilitatesuserunderstandingoftheimpactofparameterchangesonseveralinterpretationworkflows.

FurtherenhancementshavebeenmadetotheIntegratedCanvasreleasedinParadigm17,thatconsolidatesthecoreSeisEarthinterpretationwindowsintoasingleapplication.TheIntegratedCanvasiscomplementedwithnewhigh-resolutionworkflowsforintervalseismicattributes,SpectralDecompositionandDip-steeredenhancementattributes.

Paradigm18introducesa'StratigraphicContext'foravarietyofinterpretationactivities.Thisnewfunctionalityallowstheversioningofsetsofdatabaseentities,associatedwithwellselectionandstratigraphicassignmentwithinthesameEposProject.Paradigm18enhancestheuserexperienceofcross-disciplineteamsIntegrationbetweeninterpretationandmodelingapplicationshasbeenextendedinParadigm18.ThemaininterpretationwindowsnowshareacommonuserinterfacewiththeSKUA-GOCADmodelingsolution,formoreefficientwork.Time-basedproductiondataloadedinEposmaynowbeaccessedbyStratEarthandSKUA-GOCAD,enablingamorecomprehensiveanalysisofthisdatawithintheinterpretationframework.StratEarthisalsoavailableinthesameWindowusedbytheBaseMap,3DCanvasandSectionwindows,toimprovetheexperienceofgeologistsworkingintheEposenvironment.

ParadigmQuantitativeSeismicInterpretationnowincludesautomaticparameteroptimizationatallwelllocationsforseismicinversionandAVO(A)activities.Crossplotoverlaysmaybecreatedanddisplayedinthecrossplotutility.UserscanalsoaccessthecrossplotoverlayfromtheEposdatabaseorfromGeolog.

NewforGeologistsandPetrophysicists

AsignificantupgradetoGeolog18isthegeneralizationofpetrophysicaluncertainty,whichenablesmostGeologmodulesandLoglanstoruninMonteCarlomode.Otherupdatesincludeanewcustomizedreportingmodule,aFormationTestingmethodology,andmajorupdatestothegeomechanics,engineering,andproductionmodules,includinganewcementevaluationfunctionality.PythonprogrammingsupportisenabledinsideofGeologLoglan.

NewforGeomodelers

SKUA-GOCADmodelingworkflowshavebeenoptimizedtohandlelargenumbersofwells.AdditionalfunctionalityforunflatteninginterpretationdataandseismicvolumeshasbeenaddedtobetterbenefitfromSKUA-GOCADpaleospace.Gridlessgeostatisticshavebeenaddedforstratigraphicallyconstrainedpropertymodelingonunstructuredgridsandmeshlessobjects.Thereleaseupgradesitssupportforgeomechanicalworkflowswithhybridgridsthatcombinethebenefitsofstructuredandunstructuredgrids,insupportofbothflowsimulationandgeomechanicalsimulationworkflows.

NewforSeismicProcessorsandImagers

ForGeoDepthvelocitymodelbuildingusers,tomographyupdatesincludesupportforlargedatasetsinconjunctionwithhigh-resolutiontomographicupdategrids.Thisleadstoasubstantialreductioninmemoryconsumptionandprojectruntimes,whileresultinginmoreaccuratevelocitymodels.

2018-05-13_14-21-55TheintegrationbetweenGeoDepthandSKUAhasbeenfurtherstrengthenedbyenhancementstoGeoDepth3Dstructuralmodel-basedtomography,madetosupportgeologically-constrainedvelocitymodelsthathonorfaultsandmulti-valuedsurfaces.Additionally,atime-preservingtomographyworkflowsupportscomplexmodels,facilitatingtheminimizationofmis-tiesbetweenwellmarkersandthestructuralmodelindepth.

GeoDepthuserswillenjoyproductivityimprovementswhenperformingvelocitymodelupdatingandimagingofmulti-line2Dprojects,includinganew2DKirchhoffdepthmigrationand2Dilluminationstudies.AneworthorhombicworkflowisnowavailableforoutputfromEarthStudy360®Imager,enablingmoreaccurateestimationoffractureorientationandstress.

NewfeaturesforusersofEchosseismicprocessingincludeamethodformodel-basedgroundrollmodelingandattenuation,newresidualstaticsapplications,andanalternativemethodfor5DdatareconstructionbasedonRadonTransformdatamodeling.Newtoolsleveragemodernworkstationsforthedisplay,analysis,QCandmanipulationofseismicsurveygeometryinformation.AndnewseismicfileparallelI/Ocapabilitiesprovideimprovedthroughputforseismicprocessingandimagingworkflows.

ImprovedDataSharingandConnectors

Paradigmcustomerscannowusecloudhostingtoaccessourproducts,allowingremoteteamstoworktogethermoreefficiently.AccesstoWeb-basedOpenSourceandGISdatasourceshasbeenextended.Anewmechanismthatallowstheautomaticdistributionof‘approved’supportpackstoallWindowsusersofourapplicationsofferssignificantbenefitstolargedeployments.Thisreleaseoffersveryhighlevelsofprestackseismicdatacompression,withnosignificantdegradationoftheseismicdatasignal.