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Subject Name Subject Category Predicate Name Object Name Object Category
Drilling operation #1 DDQUD.Drilling.ActualOperation utilizes Rig #1 DDQUD.Drilling.Rig
Equivalent Indicator forData Logging System DDQUD.SemanticGraph.EquivalentMasterIndicatorNode is indicator for Data Logging System DDQUD.Drilling.DataLoggingSystem
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Wellbore Position Uncertainty #2 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Survey #1 DDQUD.Drilling.SurveyFile is valid for Depth Interval #1 DDQUD.Drilling.DepthInterval
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill-string #1 DDQUD.Drilling.DrillString belongs to Drilling Operation #1 DDQUD.Drilling.ActualOperation
Survey #1 DDQUD.Drilling.Trajectory belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Combined Trajectory #2 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Memory log #1 DDQUD.Drilling.TimeBasedLog is stored In memory storage #1 DDQUD.Drilling.InMemoryStorage
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #3 DDQUD.Subsurface.DepthStack
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Truthed event #2 DDQUD.Drilling.OperationEvent is caused by Bit on bottom event #1 DDQUD.Drilling.OperationEvent
Survey #1 DDQUD.Drilling.SurveyFile has a Corrected Trajectory #1 DDQUD.Drilling.Trajectory
Depth Stack #1 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #3 DDQUD.Drilling.LogTrace
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is interpolated using Interpolation Scheme #1 DDQUD.Drilling.InterpolationScheme
Separation Distance #2 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #1 DDQUD.Drilling.SurveyFile
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Rig #1 DDQUD.Drilling.Rig has a Hoisting System #1 DDQUD.Drilling.HoistingSystem
Diverter #1 DDQUD.Drilling.Diverter belongs to Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Planned Well Path #1 DDQUD.Drilling.WellPath is interpolated as Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog interpreted using Formation evaluation logs #1 DDQUD.Drilling.FormationLog
DrillString #1 DDQUD.Drilling.DrillString belongs to actual operation Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Combined Trajectory #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Alternative geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Corrected Depth Trace #5 DDQUD.Drilling.LogTrace
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Trajectory #1a DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Collision Probability Distribution #1 DDQUD.Drilling.Distribution is estimated using Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Target Axis #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
MD uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Tide compensation 1 DDQUD.Drilling.Compensation
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Corrected LWD #1 DDQUD.Drilling.DepthBasedLog is corrected from LWD log #1 DDQUD.Drilling.FormationLog
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #3 DDQUD.Drilling.Trajectory
3D property grid DDQUD.Subsurface.PropertyCube3D has a Impedance #1 DDQUD.Drilling.Parameter
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Reservoir #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #2 DDQUD.Subsurface.DepthStack
Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #4 DDQUD.Drilling.LogTrace
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #1 DDQUD.Subsurface.DepthStack
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Depth based log #3 DDQUD.Drilling.DepthBasedLog is stored File storage #1 DDQUD.Drilling.InFileStorage
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #4 DDQUD.Drilling.LogTrace
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected using formation log WL log #1 DDQUD.Drilling.FormationLog
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
DrillString #1 DDQUD.Drilling.DrillString belongs to Drilling operation #1 DDQUD.Drilling.ActualOperation
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Depth trace #0 DDQUD.Drilling.LogTrace
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Survey #1 DDQUD.Drilling.SurveyFile is associated with Depth Interval #4 DDQUD.Drilling.DepthInterval
Gamma ray #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Trajectory #1c DDQUD.Drilling.Trajectory utilizes Depth Interval #1b DDQUD.Drilling.DepthInterval
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty is estimated using Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Wireline operation #1 DDQUD.Drilling.ActualOperation
Tubing string #1 DDQUD.Drilling.DrillString belongs to Current operation #2 DDQUD.Drilling.ActualOperation
Corrected Trajectory #1 DDQUD.Drilling.Trajectory is corrected using Sensor Fusion Method #1 DDQUD.Drilling.CorrectionMethod
Survey #3 DDQUD.Drilling.SurveyFile is associated with Depth Interval #5 DDQUD.Drilling.DepthInterval
Geomodel #1 DDQUD.Subsurface.GeoModel has a TWT Stack #1 DDQUD.Subsurface.Seismic
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction stretch #1 DDQUD.Drilling.CorrectionMethod
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal has a MD uncertainty #1 DDQUD.Drilling.Uncertainty
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool formation logging tool has a formation log WL log #1 DDQUD.Drilling.FormationLog
TWT Stack #1 DDQUD.Subsurface.Seismic has a 3D property grid DDQUD.Subsurface.PropertyCube3D
Layer #N DDQUD.Subsurface.Formation has a Geo pressure #N DDQUD.Drilling.Parameter
Layer #N DDQUD.Subsurface.Formation has a Geo pressure #N DDQUD.Drilling.Parameter
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #2 DDQUD.Drilling.ActualOperation
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem has a depth log Depth based log #4 DDQUD.Drilling.DepthBasedLog
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
DrillString #1 DDQUD.Drilling.DrillString belongs to actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Wireline #1 DDQUD.Drilling.WireLine belongs to actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Distance log #1 DDQUD.Drilling.RealTimeSignal is estimated using Trajectory #2 DDQUD.Drilling.Trajectory
Survey #1 DDQUD.Drilling.SurveyFile is measured using Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Data Logging #1 DDQUD.Drilling.DataLoggingSystem generates LWD log #1 DDQUD.Drilling.FormationLog
TWT Stack #1 DDQUD.Subsurface.Seismic is a Seismic cube #1 DDQUD.Subsurface.Seismic
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #3 DDQUD.Drilling.LogTrace
Current operation #1 DDQUD.Drilling.ActualOperation has a Reconnect Sub Operation #1 DDQUD.Drilling.ActualOperation
Separation Distance #1 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Survey #1b DDQUD.Drilling.SurveyFile belongs to Reaming Sub Operation #1 DDQUD.Drilling.ActualOperation
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Wireline #1 DDQUD.Drilling.WireLine belongs to Wireline operation #1 DDQUD.Drilling.ActualOperation
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog interpreted using Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog
Memory log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
3D property grid DDQUD.Subsurface.PropertyCube3D has a AVO #1 DDQUD.Drilling.Parameter
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
3D property grid DDQUD.Subsurface.PropertyCube3D has a Impedance #1 DDQUD.Drilling.Parameter
Trajectory #1c DDQUD.Drilling.Trajectory utilizes Depth Interval #1d DDQUD.Drilling.DepthInterval
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Wellbore DDQUD.Drilling.WellBore has indicator Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem
Survey #1a DDQUD.Drilling.SurveyFile is measured using Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Drill string #1 DDQUD.Drilling.DrillString
Logging tool #1 DDQUD.Drilling.FormationLoggingTool has a Wireline log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory has a Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Wireline #1 DDQUD.Drilling.WireLine belongs to actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Rig #1 DDQUD.Drilling.Rig has a DCS #1 DDQUD.Drilling.DrillingControlSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling operation #1 DDQUD.Drilling.ActualOperation
Basin #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #3 DDQUD.Subsurface.DepthStack
Trajectory #3 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Drill Floor #1 DDQUD.Drilling.RigElement is relative to Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
Wellbore #1 DDQUD.Drilling.WellBore has a Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #3 DDQUD.Drilling.LogTrace
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy has a Uncertainty #1 DDQUD.Drilling.Uncertainty
Trajectory #5 DDQUD.Drilling.Trajectory has higher vertical bound Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Operation (wireline) #1 DDQUD.Drilling.ActualOperation
DrillString #1 DDQUD.Drilling.DrillString has a formation logging tool LWD #1 DDQUD.Drilling.FormationLoggingTool
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Depth trace #0 DDQUD.Drilling.LogTrace
WireLine #1 DDQUD.Drilling.WireLine has a formation logging tool WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Wireline #1 DDQUD.Drilling.WireLine generates Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal
Separation Distance #1 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
WireLine #1 DDQUD.Drilling.WireLine belongs to Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Memory log #1 DDQUD.Drilling.TimeBasedLog is merged into Depth based log #3 DDQUD.Drilling.DepthBasedLog
Wireline #1 DDQUD.Drilling.WireLine has a logging tool Logging tool #1 DDQUD.Drilling.LoggingTool
Survey #2 DDQUD.Drilling.SurveyFile is valid for Depth Interval #2 DDQUD.Drilling.DepthInterval
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom hole depth #1 DDQUD.Drilling.WellDepth
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Wellbore #1 DDQUD.Drilling.WellBore has a Operation #1 DDQUD.Drilling.ActualOperation
3D property grid DDQUD.Subsurface.PropertyCube3D has a Coherence #1 DDQUD.Drilling.Parameter
Wellbore #1 DDQUD.Drilling.WellBore has a Surveying Program #1 DDQUD.Drilling.MeasurementProgram
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron density trace #2 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Sea Bottom #1 DDQUD.Subsurface.GeoReference
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Current operation #1 DDQUD.Drilling.ActualOperation has a Reaming Sub Operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Wellbore #1 DDQUD.Drilling.WellBore formation logging tool has a formation log Corrected LWD log #1 DDQUD.Drilling.FormationLog
TWT Stack #1 DDQUD.Subsurface.Seismic is a Seismic cube #1 DDQUD.Subsurface.Seismic
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Trajectory #1a DDQUD.Drilling.Trajectory utilizes Depth Interval #1a DDQUD.Drilling.DepthInterval
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron density trace #2 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Survey # 1c DDQUD.Drilling.SurveyFile belongs to Reconnect Sub Operation #1 DDQUD.Drilling.ActualOperation
Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator is estimated using Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Wireline #1 DDQUD.Drilling.WireLine has a Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Gamma ray trace #2 DDQUD.Drilling.LogTrace
DrillString #1 DDQUD.Drilling.DrillString belongs to Drilling operation #1 DDQUD.Drilling.ActualOperation
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #2 DDQUD.Subsurface.DepthStack
DrillString #1 DDQUD.Drilling.DrillString belongs to Drilling operation #1 DDQUD.Drilling.ActualOperation
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Bit on bottom event #1 DDQUD.Drilling.OperationEvent has a Bit on bottom uncertainty #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
DCS #1 DDQUD.Drilling.DrillingControlSystem generates Bit Deppth #1 DDQUD.Drilling.RealTimeSignal
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #4 DDQUD.Drilling.LogTrace
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #1 DDQUD.Subsurface.DepthStack
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #2 DDQUD.Drilling.LogTrace
Data Logging #1 DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging System DDQUD.Drilling.DataLoggingSystem
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Heave Signal #1 DDQUD.Drilling.RealTimeSignal is relative to Sea Bottom #1 DDQUD.Subsurface.GeoReference
Wireline #1 DDQUD.Drilling.WireLine has a logging tool Logging tool #1 DDQUD.Drilling.LoggingTool
DCS #1 DDQUD.Drilling.DrillingControlSystem generates Bit Depth signal #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Layer #N DDQUD.Subsurface.Formation has a TVT parameter #N DDQUD.Drilling.Parameter
Wellbore #1 DDQUD.Drilling.WellBore has a Planned Well Path #1 DDQUD.Drilling.WellPath
Drill string #1 DDQUD.Drilling.DrillString is referred to Drill Floor #1 DDQUD.Drilling.RigElement
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Trajectory #1 DDQUD.Drilling.Trajectory is extended to End of well depth #1 DDQUD.Drilling.WellDepth
3D property grid DDQUD.Subsurface.PropertyCube3D has a AVO #1 DDQUD.Drilling.Parameter
Neutron porosity #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Geological Target Boundary #1 DDQUD.Subsurface.Bounds has a Geological Target Boundary Uncertainty #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #1 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #2 DDQUD.Drilling.ConfidenceFactor
Stratigraphy #1 DDQUD.Subsurface.Stratigraphy has a Formation Layer Uncertainties #1 DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Operation (wireline) #1 DDQUD.Drilling.ActualOperation
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Formation evaluation logs #1 DDQUD.Drilling.FormationLog belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool has a WL log #1 DDQUD.Drilling.FormationLog
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Planned Well Path #1 DDQUD.Drilling.WellPath belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Current Operation #1 DDQUD.Drilling.ActualOperation is drilled using Fixed platform #1 DDQUD.Drilling.Rig
DrillString #1 DDQUD.Drilling.DrillString has a formation logging tool LWD #1 DDQUD.Drilling.FormationLoggingTool
Data Logging System DDQUD.Drilling.DataLoggingSystem has a Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy has a Uncertainty #1 DDQUD.Drilling.Uncertainty
WireLine #1 DDQUD.Drilling.WireLine belongs to actual operation Operation (wireline) #1 DDQUD.Drilling.ActualOperation
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron porosity trace #2 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop
Overburden #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #1 DDQUD.Subsurface.DepthStack
Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode is indicator for Wellbore DDQUD.Drilling.WellBore
Wireline #1 DDQUD.Drilling.WireLine has a Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Diverter #1 DDQUD.Drilling.Diverter is referred to Drill Floor #1 DDQUD.Drilling.RigElement
Wireline #1 DDQUD.Drilling.WireLine generates Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal
DrillString #1 DDQUD.Drilling.DrillString has a formation logging tool LWD #1 DDQUD.Drilling.FormationLoggingTool
Trajectory #1 DDQUD.Drilling.Trajectory is measured using Survey instrument gravity based #1 DDQUD.Drilling.SurveyInstrument
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected from formation log LWD log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #3 DDQUD.Drilling.LogTrace
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #4 DDQUD.Drilling.LogTrace
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Memory log #1 DDQUD.Drilling.TimeBasedLog is stored In memory storage #1 DDQUD.Drilling.InMemoryStorage
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #2 DDQUD.Drilling.LogTrace
DrillString #1 DDQUD.Drilling.DrillString belongs to Operation (drilling) #1 DDQUD.Drilling.ActualOperation
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
3D property grid DDQUD.Subsurface.PropertyCube3D has a Amplitude #1 DDQUD.Drilling.Parameter
Depth based log #3 DDQUD.Drilling.DepthBasedLog is transferred to Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
MD uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill-string #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Wellbore DDQUD.Drilling.WellBore is equivalent to Wellbore #1 DDQUD.Drilling.WellBore
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Wireline #1 DDQUD.Drilling.WireLine belongs to Wireline operation #1 DDQUD.Drilling.ActualOperation
Survey #3 DDQUD.Drilling.SurveyFile is measured using Survey Instrument #3 DDQUD.Drilling.SurveyInstrument
Survey #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging System DDQUD.Drilling.DataLoggingSystem
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #3 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Operation #2 DDQUD.Drilling.ActualOperation has a Survey #2 DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore has a Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
TWT Stack #1 DDQUD.Subsurface.Seismic has a 3D property grid DDQUD.Subsurface.PropertyCube3D
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Porosity Trace #1 DDQUD.Drilling.LogTrace
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal is referred to Sea Bottom #1 DDQUD.Subsurface.GeoReference
Separation Distance #2 DDQUD.Drilling.Distance depends on Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty
Survey #2 DDQUD.Drilling.SurveyFile is associated with Depth Interval #6 DDQUD.Drilling.DepthInterval
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy has a Uncertainty #1 DDQUD.Drilling.Uncertainty
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool formation log is corrected using real time signal Depth Correction #1 DDQUD.Drilling.DepthCorrection
Data Logging System DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Overburden #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #1 DDQUD.Subsurface.DepthStack
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Depth based log #3 DDQUD.Drilling.DepthBasedLog is transferred to Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling operation #1 DDQUD.Drilling.ActualOperation
Current Operation #1 DDQUD.Drilling.ActualOperation is relative to Vertical datum #1 DDQUD.Subsurface.GeoReference
Trajectory #1 DDQUD.Drilling.Trajectory has a Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Corrected Depth Trace #5 DDQUD.Drilling.LogTrace is corrected using Depth Trace #4 DDQUD.Drilling.LogTrace
Wellbore #1 DDQUD.Drilling.WellBore has a Wireline operation #1 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD log #1 DDQUD.Drilling.FormationLog
Data Logging System #1 DDQUD.Drilling.DataLoggingSystem has a depth log Depth based log #4 DDQUD.Drilling.DepthBasedLog
Trajectory #4 DDQUD.Drilling.Trajectory has lower vertical bound Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Survey Instrument #3 DDQUD.Drilling.SurveyInstrument is associated with Depth Interval #3 DDQUD.Drilling.DepthInterval
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Wireline operation #1 DDQUD.Drilling.ActualOperation
Alternative geo pressure #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Tubing string #1 DDQUD.Drilling.DrillString is referred to Tubing Hanger #1 DDQUD.Drilling.DrillStringElement
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron density signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #1c DDQUD.Drilling.Trajectory utilizes Depth Interval #1c DDQUD.Drilling.DepthInterval
Target Axis #1 DDQUD.Drilling.Trajectory belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem generates Memory log #1 DDQUD.Drilling.TimeBasedLog
Combined Trajectory #1 DDQUD.Drilling.Trajectory is associated with Depth Interval #7 DDQUD.Drilling.DepthInterval
Sea Bottom #1 DDQUD.Subsurface.GeoReference is relative to Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool is corrected by Depth Correction #1 DDQUD.Drilling.DepthCorrection
Adjacent wellbore #2 DDQUD.Drilling.WellBore has a Trajectory #2 DDQUD.Drilling.Trajectory
Vertical datum #2 DDQUD.Subsurface.GeoReference is compensated using Heave compensation #2 DDQUD.Drilling.Compensation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool is corrected by Depth Correction #2 DDQUD.Drilling.DepthCorrection
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Past Operation #2 DDQUD.Drilling.ActualOperation
Combined Trajectory #2 DDQUD.Drilling.Trajectory utilizes Depth Interval #5 DDQUD.Drilling.DepthInterval
LWD #1 DDQUD.Drilling.FormationLoggingTool has a LWD Log #1 DDQUD.Drilling.DepthBasedLog
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #3 DDQUD.Drilling.LogTrace
Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem generates Memory log #1 DDQUD.Drilling.TimeBasedLog
Data Logging System DDQUD.Drilling.DataLoggingSystem has indicator Equivalent Indicator forData Logging System DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Distance log #1 DDQUD.Drilling.RealTimeSignal is estimated using Trajectory #1 DDQUD.Drilling.Trajectory
Depth Interval #1d DDQUD.Drilling.DepthInterval belongs to Survey #1a DDQUD.Drilling.SurveyFile
Corrected Depth Trace #5 DDQUD.Drilling.LogTrace is corrected from Depth Trace #1 DDQUD.Drilling.LogTrace
Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Logging tool #1 DDQUD.Drilling.LoggingTool generates Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Gamma ray trace #2 DDQUD.Drilling.LogTrace
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
Prognosed Top Uncertainties #1 DDQUD.Drilling.Uncertainty is estimated using Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode is indicator for Wellbore DDQUD.Drilling.WellBore
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop is estimated using Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
Drilling operation #1 DDQUD.Drilling.ActualOperation has a DBR #1 DDQUD.Drilling.DailyDrillingReport
Wellbore #1 DDQUD.Drilling.WellBore has a Combined Trajectory #2 DDQUD.Drilling.Trajectory
Bit on bottom uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
DrillString #1 DDQUD.Drilling.DrillString belongs to actual operation Drilling operation #1 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron porosity #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1a DDQUD.Drilling.Trajectory
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #1 DDQUD.Drilling.Trajectory has higher vertical bound Trajectory #5 DDQUD.Drilling.Trajectory
Drill string #1 DDQUD.Drilling.DrillString depends on Block Position Signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #2 DDQUD.Drilling.Trajectory is described by Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
Data Logging System DDQUD.Drilling.DataLoggingSystem is equivalent to Data Logging System #1 DDQUD.Drilling.DataLoggingSystem
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #0 DDQUD.Drilling.LogTrace
Wellbore DDQUD.Drilling.WellBore has a Corrected LWD #1 DDQUD.Drilling.DepthBasedLog
Trajectory #1 DDQUD.Drilling.Trajectory has a Geo pressure prognosis #1 DDQUD.Drilling.Prognosis
Wellbore #1 DDQUD.Drilling.WellBore has a Planned Well Path #1 DDQUD.Drilling.WellPath
Neutron density signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Trajectory #1b DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Combined Trajectory #2 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #2 DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory has a Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Geo pressure #N DDQUD.Drilling.Parameter has a Alternative geo pressure #N DDQUD.Drilling.Parameter
Depth Stack #1 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Trajectory #2 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #2 DDQUD.Drilling.WellDepth
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron density #1 DDQUD.Drilling.RealTimeSignal
Wellbore #1 DDQUD.Drilling.WellBore has a Current operation #1 DDQUD.Drilling.ActualOperation
DCS #1 DDQUD.Drilling.DrillingControlSystem utilizes Hoisting System #1 DDQUD.Drilling.HoistingSystem
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #3 DDQUD.Drilling.LogTrace
TVT parameter #N DDQUD.Drilling.Parameter has a Uncertainty map #N DDQUD.Drilling.Uncertainty
Wellbore #1 DDQUD.Drilling.WellBore has a Formation evaluation logs #1 DDQUD.Drilling.FormationLog
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty
MD uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Heave compensation 1 DDQUD.Drilling.Compensation
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Corrected Trajectory #1 DDQUD.Drilling.Trajectory originates from Combined Trajectory #2 DDQUD.Drilling.Trajectory
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #3 DDQUD.Subsurface.DepthStack
Truthed event #1 DDQUD.Drilling.OperationEvent is caused by e-tally #1 DDQUD.Drilling.ElectronicTally
Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
DrillString #1 DDQUD.Drilling.DrillString has a LWD #1 DDQUD.Drilling.FormationLoggingTool
Geomodel #1 DDQUD.Subsurface.GeoModel has a TWT Stack #1 DDQUD.Subsurface.Seismic
Past Operation #2 DDQUD.Drilling.ActualOperation is drilled using Semi sub #2 DDQUD.Drilling.Rig
Geological target constraints #1 DDQUD.Subsurface.ClosedVolume constrains Target Axis #1 DDQUD.Drilling.Trajectory
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Planned Operation #1 DDQUD.Drilling.PlannedOperation
Data Logging #1 DDQUD.Drilling.DataLoggingSystem generates LWD log #1 DDQUD.Drilling.FormationLog
Survey #1 DDQUD.Drilling.SurveyFile is associated with Depth Interval #7 DDQUD.Drilling.DepthInterval
Wellbore Position Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Surveying Program #1 DDQUD.Drilling.MeasurementProgram
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction temperature #1 DDQUD.Drilling.CorrectionMethod
Wellbore #1 DDQUD.Drilling.WellBore has a Corrected LWD log #1 DDQUD.Drilling.FormationLog
Logging tool #1 DDQUD.Drilling.FormationLoggingTool has a Wireline log #1 DDQUD.Drilling.FormationLog
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #1a DDQUD.Drilling.SurveyFile
Wellbore #1 DDQUD.Drilling.WellBore has a e-tally #1 DDQUD.Drilling.ElectronicTally
Planned Well Path #1 DDQUD.Drilling.WellPath belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem generates Wireline depth log #1 DDQUD.Drilling.TimeBasedLog
Logging tool #1 DDQUD.Drilling.LoggingTool generates Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Current operation #1 DDQUD.Drilling.ActualOperation has a Drilling Sub Operation #1 DDQUD.Drilling.ActualOperation
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #4 DDQUD.Drilling.LogTrace
Corrected LWD #1 DDQUD.Drilling.DepthBasedLog is corrected using Wireline log #1 DDQUD.Drilling.FormationLog
Trajectory #1c DDQUD.Drilling.Trajectory has a Wellbore Position Uncertainty #1c DDQUD.Drilling.Uncertainty
Trajectory #1 DDQUD.Drilling.Trajectory is described by Stochastic Trajectory Generator #1 DDQUD.Drilling.Generator
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Depth Interval #1c DDQUD.Drilling.DepthInterval is associated with Survey # 1c DDQUD.Drilling.SurveyFile
Survey #1 DDQUD.Drilling.Trajectory is relative to Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal
Combined Trajectory #2 DDQUD.Drilling.Trajectory utilizes Depth Interval #4 DDQUD.Drilling.DepthInterval
Trajectory #1 DDQUD.Drilling.Trajectory belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Wellbore #1 DDQUD.Drilling.WellBore is equivalent to Wellbore DDQUD.Drilling.WellBore
Wellbore #1 DDQUD.Drilling.WellBore has a Tubing string #1 DDQUD.Drilling.DrillString
Trajectory #2 DDQUD.Drilling.Trajectory belongs to Former Drilling Operation #1 DDQUD.Drilling.ActualOperation
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data acquisition in logging tool DDQUD.Drilling.DataAcquisitionSystem
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected from LWD log #1 DDQUD.Drilling.FormationLog
Earth Model #1 DDQUD.Subsurface.GeoModel has a Wellbore #1 DDQUD.Drilling.WellBore
Bit Depth signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Vertical datum #1 DDQUD.Subsurface.GeoReference is compensated using Subsidence compensation 1 DDQUD.Drilling.Compensation
Depth based log #3 DDQUD.Drilling.DepthBasedLog is stored File storage #1 DDQUD.Drilling.InFileStorage
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Rig #1 DDQUD.Drilling.Rig has a DCS #1 DDQUD.Drilling.DrillingControlSystem
Earth Model #1 DDQUD.Subsurface.GeoModel has a Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
Drilling operation #1 DDQUD.Drilling.ActualOperation utilizes Rig #1 DDQUD.Drilling.Rig
Wellbore #1 DDQUD.Drilling.WellBore has a Operation #2 DDQUD.Drilling.ActualOperation
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Drill string #1 DDQUD.Drilling.DrillString has a Drillbit #1 DDQUD.Drilling.DrillStringElement
Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem generates Wireline depth log #1 DDQUD.Drilling.TimeBasedLog
Wellbore #1 DDQUD.Drilling.WellBore has a Wireline operation #1 DDQUD.Drilling.ActualOperation
Logging tool #1 DDQUD.Drilling.FormationLoggingTool has a Wireline log #1 DDQUD.Drilling.FormationLog
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Depth Stack DDQUD.Subsurface.DepthStack has a Layer #N DDQUD.Subsurface.Formation
Reservoir #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #2 DDQUD.Subsurface.DepthStack
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is extended to Bottom hole depth #1 DDQUD.Drilling.WellDepth
Trajectory #5 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
3D property grid DDQUD.Subsurface.PropertyCube3D has a Amplitude #1 DDQUD.Drilling.Parameter
DCS #1 DDQUD.Drilling.DrillingControlSystem utilizes Hoisting System #1 DDQUD.Drilling.HoistingSystem
Survey #2 DDQUD.Drilling.SurveyFile is measured using Survey Instrument #2 DDQUD.Drilling.SurveyInstrument
Logging tool #1 DDQUD.Drilling.LoggingTool generates Gamma ray signal #1 DDQUD.Drilling.RealTimeSignal
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is acquired by Wireline data acquisition #1 DDQUD.Drilling.DataAcquisitionSystem
Wellbore #1 DDQUD.Drilling.WellBore has an actual operation Operation (drilling) #1 DDQUD.Drilling.ActualOperation
WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool formation log is corrected using real time signal Depth Correction #2 DDQUD.Drilling.DepthCorrection
Geo pressure #N DDQUD.Drilling.Parameter has a Alternative geo pressure #N DDQUD.Drilling.Parameter
Petrophysical logs #1 DDQUD.Subsurface.InterpretedFormationLog belongs to Current Operation #1 DDQUD.Drilling.ActualOperation
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction stretch #1 DDQUD.Drilling.CorrectionMethod
Wellbore #1 DDQUD.Drilling.WellBore has a Additional Operation #3 DDQUD.Drilling.ActualOperation
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Gamma ray #1 DDQUD.Drilling.RealTimeSignal
Geological Target Boundary Uncertainty #1 DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Vertical datum #2 DDQUD.Subsurface.GeoReference is compensated using Tide compensation #2 DDQUD.Drilling.Compensation
Geo pressure prognosis #1 DDQUD.Drilling.Prognosis is estimated using Depth Stack #1 DDQUD.Subsurface.DepthStack
Basin #1 DDQUD.Subsurface.RockVolume is described by Depth Stack #3 DDQUD.Subsurface.DepthStack
Trajectory #3 DDQUD.Drilling.Trajectory is extended to Section TD #1 DDQUD.Drilling.WellDepth
3D property grid DDQUD.Subsurface.PropertyCube3D has a Coherence #1 DDQUD.Drilling.Parameter
Depth Interval #1b DDQUD.Drilling.DepthInterval is associated with Survey #1b DDQUD.Drilling.SurveyFile
Planned Well Path #1 DDQUD.Drilling.WellPath is interpolated as Interpolated Trajectory #1 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Wellbore #1 DDQUD.Drilling.WellBore has a Trajectory #1 DDQUD.Drilling.Trajectory
Depth based log #3 DDQUD.Drilling.DepthBasedLog has a log trace Depth Trace #3 DDQUD.Drilling.LogTrace
Wellbore DDQUD.Drilling.WellBore has indicator Equivalent Indicator forWellbore DDQUD.SemanticGraph.EquivalentMasterIndicatorNode
Trajectory #1 DDQUD.Drilling.Trajectory has a Stratigraphic column #1 DDQUD.Subsurface.Stratigraphy
Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal is relative to Drillbit #1 DDQUD.Drilling.DrillStringElement
Wireline #1 DDQUD.Drilling.WireLine belongs to Wireline operation #1 DDQUD.Drilling.ActualOperation
Wellbore Position Uncertainty #1a DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Bit Deppth #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Prognosed Formation Tops #1 DDQUD.Subsurface.FormationTop is estimated using Stratigraphy #1 DDQUD.Subsurface.Stratigraphy
Trajectory #1a DDQUD.Drilling.Trajectory belongs to Current operation #1 DDQUD.Drilling.ActualOperation
Depth Stack #2 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Combined Trajectory #1 DDQUD.Drilling.Trajectory is associated with Depth Interval #6 DDQUD.Drilling.DepthInterval
LWD #1 DDQUD.Drilling.FormationLoggingTool formation logging tool has a formation log LWD log #1 DDQUD.Drilling.FormationLog
Depth Stack DDQUD.Subsurface.DepthStack has top Surface DDQUD.Subsurface.FormationTop
Rig #1 DDQUD.Drilling.Rig has a Hoisting System #1 DDQUD.Drilling.HoistingSystem
Drill Floor #1 DDQUD.Drilling.RigElement depends on Heave Signal #1 DDQUD.Drilling.RealTimeSignal
Drill string #1 DDQUD.Drilling.DrillString has a Gamma Ray Sensor #1 DDQUD.Drilling.RealTimeSignal
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron porosity trace #4 DDQUD.Drilling.LogTrace
Neutron density #1 DDQUD.Drilling.RealTimeSignal is acquired by Data Logging #1 DDQUD.Drilling.DataLoggingSystem
Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal estimates Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #2 DDQUD.Drilling.Trajectory is extended to Bottom Hole Depth #1 DDQUD.Drilling.WellDepth
Trajectory #1b DDQUD.Drilling.Trajectory utilizes Depth Interval #1b DDQUD.Drilling.DepthInterval
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Gamma ray Trace #1 DDQUD.Drilling.LogTrace
Trajectory #1b DDQUD.Drilling.Trajectory utilizes Depth Interval #1d DDQUD.Drilling.DepthInterval
Wireline spool length signal #1 DDQUD.Drilling.RealTimeSignal estimates Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Depth Trace #1 DDQUD.Drilling.LogTrace
Collision Probability Distribution #1 DDQUD.Drilling.Distribution is estimated using Stochastic Trajectory Generator #2 DDQUD.Drilling.Generator
Drill string #1 DDQUD.Drilling.DrillString depends on Heave Compensator Signal #1 DDQUD.Drilling.RealTimeSignal
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Gamma ray trace #4 DDQUD.Drilling.LogTrace
Geological target constraints #1 DDQUD.Subsurface.ClosedVolume has a Geological Target Boundary #1 DDQUD.Subsurface.Bounds
Survey #1a DDQUD.Drilling.SurveyFile belongs to Drilling Sub Operation #1 DDQUD.Drilling.ActualOperation
Trajectory #1 DDQUD.Drilling.Trajectory has lower vertical bound Trajectory #4 DDQUD.Drilling.Trajectory
Trajectory #4 DDQUD.Drilling.Trajectory is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal is reset using Truthed event #1 DDQUD.Drilling.OperationEvent
Wellbore #1 DDQUD.Drilling.WellBore has a Drilling Operation #1 DDQUD.Drilling.ActualOperation
Tubing Hanger #1 DDQUD.Drilling.DrillStringElement is relative to Absolute Depth Reference (MSL) #1 DDQUD.Subsurface.GeoReference
Trajectory #2 DDQUD.Drilling.Trajectory is measured using Survey instrument gyro based #2 DDQUD.Drilling.SurveyInstrument
WireLine #1 DDQUD.Drilling.WireLine has a WL Logging Tool #1 DDQUD.Drilling.FormationLoggingTool
Past Operation #2 DDQUD.Drilling.ActualOperation is relative to Vertical datum #2 DDQUD.Subsurface.GeoReference
Wireline depth log #1 DDQUD.Drilling.TimeBasedLog has a log trace Time trace #0 DDQUD.Drilling.LogTrace
Corrected Depth log #5 DDQUD.Drilling.DepthBasedLog has a Neutron Density Trace #1 DDQUD.Drilling.LogTrace
Depth Interval #1a DDQUD.Drilling.DepthInterval is associated with Survey #1a DDQUD.Drilling.SurveyFile
LWD #1 DDQUD.Drilling.FormationLoggingTool generates Neutron porosity signal #1 DDQUD.Drilling.RealTimeSignal
Memory log #1 DDQUD.Drilling.TimeBasedLog has a log trace Neutron porosity trace #2 DDQUD.Drilling.LogTrace
LWD log #1 DDQUD.Drilling.FormationLog has a log trace Depth Trace #1 DDQUD.Drilling.LogTrace
Bit Depth RT Source #1 DDQUD.Drilling.RealTimeSignal is reset using Truthed event #2 DDQUD.Drilling.OperationEvent
Depth based log #4 DDQUD.Drilling.DepthBasedLog has a log trace Neutron density trace #4 DDQUD.Drilling.LogTrace
Wireline #1 DDQUD.Drilling.WireLine has a Logging tool #1 DDQUD.Drilling.FormationLoggingTool
Depth Stack #3 DDQUD.Subsurface.DepthStack is a Depth Stack DDQUD.Subsurface.DepthStack
Survey #1 DDQUD.Drilling.Trajectory is measured using Survey Instrument #1 DDQUD.Drilling.SurveyInstrument
Depth Stack #1 DDQUD.Subsurface.DepthStack has top Surface #1 DDQUD.Subsurface.FormationTop
Geomodel #1 DDQUD.Subsurface.GeoModel has a Depth Stack #2 DDQUD.Subsurface.DepthStack
Drill Floor #1 DDQUD.Drilling.RigElement depends on Tide Signal #1 DDQUD.Drilling.RealTimeSignal
Interpolated Trajectory #1 DDQUD.Drilling.Trajectory is interpolated using Interpolation Scheme #1 DDQUD.Drilling.InterpolationScheme
Wireline tool depth signal #1 DDQUD.Drilling.RealTimeSignal is corrected by Depth correction temperature #1 DDQUD.Drilling.CorrectionMethod
Corrected LWD log #1 DDQUD.Drilling.FormationLog is corrected using WL log #1 DDQUD.Drilling.FormationLog
Wellbore Position Uncertainty #1b DDQUD.Drilling.Uncertainty is estimated using Confidence Factor #1 DDQUD.Drilling.ConfidenceFactor
Diverter #1 DDQUD.Drilling.Diverter depends on Expansion joint signal #1 DDQUD.Drilling.RealTimeSignal
Tide Signal #1 DDQUD.Drilling.RealTimeSignal is relative to Sea Bottom #1 DDQUD.Subsurface.GeoReference
Wellbore #1 DDQUD.Drilling.WellBore has a Facies logs #1 DDQUD.Subsurface.InterpretedFormationLog
Wellbore #1 DDQUD.Drilling.WellBore has a Survey #3 DDQUD.Drilling.SurveyFile
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