DDHub-Semantic-Interoperability

• Description: this category refers to the data processing. It should probably be renamed accordingly. It should define and organize the different types of processing encountered during drilling operations. A Thursday session was devoted to those items. Note that in the current version, control flow is also included: a controller is seen as a special type of processing unit, that generates commands based on measurements and set-points. This can of course be modified if deemed necessary. Note also that transmission is included there as well. A telemetry system is seen as a processing unit that only duplicates a signal, and a delay is associated to the duplication process. While this is a useful way of looking at telemetry, it is probably not intuitive enough.

NOUNS

DataFlowNode

• Display name: Data Flow Node
• Parent class: DWISNoun
• Attributes:
• Specialization:
• Description:
• Examples:

  ComputedState

• Display name: Computed State
• Parent class: ComputationUnit
• Attributes:
• Specialization:
• Description: A state represents the current configuation of a system.
• Examples:

  ProceduralState

• Display name: Procedural State
• Parent class: ComputedState
• Attributes:
• Specialization: A procedural state describes the state of a running procedure.
• Description:
• Examples:

  ProcessState

• Display name: Process State
• Parent class: ComputedState
• Attributes:
• Specialization: A process state describes the state of a process.
• Description:
• Examples:

  PhysicalState

• Display name: Physical State
• Parent class: ComputedState
• Attributes:
• Specialization: A physical state describes the phyiscal state of a system.
• Description:
• Examples:

  ComputationUnit

• Display name: Computation Unit
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description: Denotes a complex computation unit, typically based on advanced numerical modeling
• Examples:

  Advisor

• Display name: Advisor
• Parent class: ComputationUnit
• Attributes:
  • AdviceType
    • Type: string
    • Description:
• Specialization:
• Description: An advisor is a computation unit that produces an advice on how to control a process. Its output is typically an AdvisorySystemAdvice.
• Examples:

  Simulator

• Display name: Simulator
• Parent class: ComputationUnit
• Attributes:
• Specialization:
• Description: A simulator is a computation unit that tries to replicate the outputs of a process. Its output is typically a set of ComputedData, i.e., a specialisation of DrillingDataPoint.
• Examples:

  Interpreter

• Display name: Interpreter
• Parent class: ComputationUnit
• Attributes:
• Specialization:
• Description: An interpreter is a computation unit that interprets the state of a process. Its output is typically a ComputedState.
• Examples:

  Controller

• Display name: Controller
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description:
• Examples:

  ControlSystem

• Display name: ControlSystem
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description:
• Examples:

  HoistingControlSystem

• Display name: Hoisting Control System
• Parent class: ControlSystem
• Attributes:
• Specialization:
• Description:
• Examples:

  CirculationControlSystem

• Display name: Circulation Control System
• Parent class: ControlSystem
• Attributes:
• Specialization:
• Description:
• Examples:

  RotationControlSystem

• Display name: Rotation Control System
• Parent class: ControlSystem
• Attributes:
• Specialization:
• Description:
• Examples:

  BOPControlSystem

• Display name: BOP Control System
• Parent class: ControlSystem
• Attributes:
• Specialization:
• Description:
• Examples:

  RigChokeControlSystem

• Display name: Rig Choke Control System
• Parent class: ControlSystem
• Attributes:
• Specialization:
• Description:
• Examples:

  MeasurementDevice

• Display name: Measurement Device
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description: Denotes a physical sensor
• Examples:

  Transformation

• Display name: Transformation
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description: Represents a transformation applied to some signals that produces other signals
• Examples:

  DirectTransformation

• Display name: Direct Transformation
• Parent class: Transformation
• Attributes:
• Specialization:
• Description: Direct transformations are performed using only the current value of their inputs, time is not involved
• Examples:

  Aggregation

• Display name: Aggregation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  ForceFromLoadPinsTransformation

• Display name: Force From Load Pins Transformation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  ForceToLoadTransformation

• Display name: Force To Load Transformation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  MeasuredDepthToTrueVerticalDepthTransformation

• Display name: Measured Depth To True Vertical Depth Transformation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  MeasuredDepthTranslation

• Display name: Measured Depth Translation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  PressureToEquivalentDensityTransformation

• Display name: Pressure To Equivalent Density Transformation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  PressureToForceTransformation

• Display name: Pressure To Force Transformation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  TorqueToForceTransformation

• Display name: Torque To Force Transformation
• Parent class: DirectTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  SignalProcessingUnit

• Display name: Signal Processing Unit
• Parent class: Transformation
• Attributes:
• Specialization:
• Description: Represent any signal processing applied prior to the distribution of the considered signal. Signal processing refers to e.g. noise removal, filtering,..
• Examples:

  Filter

• Display name: Filter
• Parent class: SignalProcessingUnit
• Attributes:
• Specialization:
• Description:
• Examples:

  BandPassFilter

• Display name: Band Pass Filter
• Parent class: Filter
• Attributes:
  • MinFrequency
    • Type: double
    • Description:
  • MaxFrequency
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  HighPassFilter

• Display name: High Pass Filter
• Parent class: Filter
• Attributes:
  • CutOffFrequency
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  LowPassFilter

• Display name: Low Pass Filter
• Parent class: Filter
• Attributes:
  • CutOffFrequency
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  MovingAverage

• Display name: Moving Average
• Parent class: Filter
• Attributes:
• Specialization:
• Description:
• Examples:

  MovingStandardDeviation

• Display name: Moving Standard Deviation
• Parent class: Filter
• Attributes:
• Specialization:
• Description:
• Examples:

  MovingMin

• Display name: Moving Min
• Parent class: Filter
• Attributes:
• Specialization:
• Description:
• Examples:

  MovingMax

• Display name: Moving Max
• Parent class: Filter
• Attributes:
• Specialization:
• Description:
• Examples:

  NumberOfSampleMovingAverage

• Display name: Number Of Sample Moving Average
• Parent class: MovingAverage
• Attributes:
  • NumberOfSamples
    • Type: int
    • Description:
• Specialization:
• Description:
• Examples:

  TimeWindowMovingAverage

• Display name: Time Window Moving Average
• Parent class: MovingAverage
• Attributes:
  • TimeWindow
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  TimeBasedTransformation

• Display name: Time Based Transformation
• Parent class: Transformation
• Attributes:
• Specialization:
• Description: Transformations that apply only to time series: time derivations, time integration, averaging…
• Examples:

  Buffering

• Display name: Buffering
• Parent class: TimeBasedTransformation
• Attributes:
  • BufferingInterval
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  Derivation

• Display name: Derivation
• Parent class: TimeBasedTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  Integration

• Display name: Integration
• Parent class: TimeBasedTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  RangeExtraction

• Display name: Range Extraction
• Parent class: TimeBasedTransformation
• Attributes:
• Specialization:
• Description:
• Examples:

  NumberOfItemsRangeExtraction

• Display name: Number Of Items Range Extraction
• Parent class: RangeExtraction
• Attributes:
  • NumberOfItems
    • Type: int
    • Description:
• Specialization:
• Description:
• Examples:

  TimeWindowRangeExtraction

• Display name: Time Window Range Extraction
• Parent class: RangeExtraction
• Attributes:
  • TimeWindow
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  Resampling

• Display name: Resampling
• Parent class: TimeBasedTransformation
• Attributes:
  • ResamplingRate
    • Type: double
    • Description:
  • ResamplingDelay
    • Type: double
    • Description:
  • Validity
    • Type: double
    • Description:
• Specialization:
• Description:
• Examples:

  TransmissionLine

• Display name: Transmission Line
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description:
• Examples:

  UserInterface

• Display name: User Interface
• Parent class: DataFlowNode
• Attributes:
• Specialization:
• Description:
• Examples:

VERBS

Controls

• Display name: Controls
• Parent verb: DWISVerb
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  HasFunction

• Display name: Has Function
• Parent verb: DWISVerb
• Subject class: DrillingDataPoint
• Object class: DataFlowNode
• Description:
• Examples:

  IsCommandFor

• Display name: Is Command For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: DWISNoun
• Description:
• Examples:

  IsComputationInput

• Display name: Is Computation Input
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ComputationUnit
• Description:
• Examples:

  IsLimitFor

• Display name: Is Limit For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: DWISNoun
• Description:
• Examples:

  IsMinimumLimitFor

• Display name: Is Minimum Limit For
• Parent verb: IsLimitFor
• Subject class: DrillingDataPoint
• Object class: DWISNoun
• Description:
• Examples:

  IsMaximumLimitFor

• Display name: Is Maximum Limit For
• Parent verb: IsLimitFor
• Subject class: DrillingDataPoint
• Object class: DWISNoun
• Description:
• Examples:

  IsSetPointFor

• Display name: Is Set-Point For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: Controller
• Description:
• Examples:

  IsSetPointRecommendationFor

• Display name: Is Set-Point Recommendation For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ControlSystem
• Description:
• Examples:

  IsSetPointAdviceFor

• Display name: Is Set-Point Advice For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ControlSystem
• Description:
• Examples:

  IsSetPointMinimumRecommendationFor

• Display name: Is Set-Point Minimum Recommendation For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ControlSystem
• Description:
• Examples:

  IsSetPointMinimumAdviceFor

• Display name: Is Set-Point Minimum Advice For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ControlSystem
• Description:
• Examples:

  IsSetPointMaximumRecommendationFor

• Display name: Is Set-Point Maximum Recommendation For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ControlSystem
• Description:
• Examples:

  IsSetPointMaximumAdviceFor

• Display name: Is Set-Point Maximum Advice For
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: ControlSystem
• Description:
• Examples:

  IsTransformationInput

• Display name: Is Transformation Input
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: Transformation
• Description:
• Examples:

  IsBufferingInput

• Display name: Is Buffering Input
• Parent verb: IsTransformationInput
• Subject class: DrillingDataPoint
• Object class: Buffering
• Description:
• Examples:

  IsDerivationInput

• Display name: Is Derivation Input
• Parent verb: IsTransformationInput
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  IsResamplingInput

• Display name: Is Resampling Input
• Parent verb: IsTransformationInput
• Subject class: DrillingDataPoint
• Object class: Resampling
• Description:
• Examples:

  IsTransmissionInput

• Display name: Is Transmission Input
• Parent verb: HasFunction
• Subject class: DrillingDataPoint
• Object class: TransmissionLine
• Description:
• Examples:

  IsGeneratedBy

• Display name: Is Generated By
• Parent verb: DWISVerb
• Subject class: DrillingDataPoint
• Object class: DataFlowNode
• Description:
• Examples:

  IsComputedBy

• Display name: Is Computed By
• Parent verb: IsGeneratedBy
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  IsMeasuredBy

• Display name: Is Measured By
• Parent verb: IsGeneratedBy
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  IsRecordedFrom

• Display name: Is Recorded From
• Parent verb: IsGeneratedBy
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  IsTransformationOutput

• Display name: Is Transformation Output
• Parent verb: IsGeneratedBy
• Subject class: DrillingDataPoint
• Object class: DataFlowNode
• Description:
• Examples:

  IsBufferingOutput

• Display name: Is Buffering Output
• Parent verb: IsTransformationOutput
• Subject class: DrillingDataPoint
• Object class: Buffering
• Description:
• Examples:

  IsDerivedFrom

• Display name: Is Derived From
• Parent verb: IsTransformationOutput
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  IsIntegratedFrom

• Display name: Is Integrated From
• Parent verb: IsTransformationOutput
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

  IsResampledBy

• Display name: Is Resampled By
• Parent verb: IsTransformationOutput
• Subject class: DrillingDataPoint
• Object class: Resampling
• Description:
• Examples:

  IsTransmissionOutput

• Display name: Is Transmission Output
• Parent verb: IsGeneratedBy
• Subject class: DrillingDataPoint
• Object class: TransmissionLine
• Description:
• Examples:

  IsProcessedBy

• Display name: Is Processed By
• Parent verb: DWISVerb
• Subject class: DWISNoun
• Object class: DWISNoun
• Description:
• Examples:

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