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A systematic approach to the modelling of measurements for uncertainty evaluation
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2005
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Measurement TheoryEngineeringMeasurementUncertainty EvaluationEducationModern Uncertainty EvaluationUncertain DataUncertainty FormalismUncertainty ModelingUncertainty ParameterUncertainty QuantificationCalibrationMeasurement UncertaintySystems EngineeringInstrumentationMeasuring ChainStatisticsReliabilityUncertainty (Quantum Physics)Measurement ModelsSystematic ApproachUncertainty ManagementModel UncertaintyMeasurement System
The evaluation of measurement uncertainty is based on both, the knowledge about the measuring process and the quantities which influence the measurement result. The knowledge about the measuring process is represented by the model equation which expresses the interrelation between the measurand and the input quantities. Therefore, the modelling of the measurement is a key element of modern uncertainty evaluation. A modelling concept has been developed that is based on the idea of the measuring chain. It gets on with only a few generic model structures. From this concept, a practical stepwise procedure has been derived.