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- Stochastic_measurement_procedure abstract "A measurement is used to determine the actual value of a characteristic that is usually called measurand. A measurement is possible only if the measurand had been quantified prior to measurement by means of a suitable unit so that each value of the measurand is represented by a unique real number. For example, the characteristic "length" of a material object is quantified by the unit "meter", or the characteristic "(time) duration" of a development is quantified by the unit "second". Any measurement assumes a measurement process which is subject to randomness resulting in uncertainty about its indeterminate future outcome. Because of this uncertainty with respect to the future outcome of the measurement process, it is generally impossible to determine the true value of the measurand.The related problems are addressed in the ISO Guide to the Expression of Uncertainty in Measurement (GUM) which was first published in 1993. However, since the GUM was published, complaints and critiques about it did not cease. The weaknesses of the GUM were one reason that stochastic measurement procedures were introduced in 2001. They are based on a rigorous introduction of the concepts of randomness and uncertainty".
- Stochastic_measurement_procedure wikiPageExternalLink www.encyclopedia.stochastikon.com.
- Stochastic_measurement_procedure wikiPageExternalLink eqc23003.pdf.
- Stochastic_measurement_procedure wikiPageExternalLink www.magister.stochastikon.com.
- Stochastic_measurement_procedure wikiPageExternalLink www.stochastikon.com.
- Stochastic_measurement_procedure wikiPageExternalLink jusVol02No3paper05.pdf.
- Stochastic_measurement_procedure wikiPageID "31835686".
- Stochastic_measurement_procedure wikiPageRevisionID "575234757".
- Stochastic_measurement_procedure hasPhotoCollection Stochastic_measurement_procedure.
- Stochastic_measurement_procedure subject Category:Stochastic_processes.
- Stochastic_measurement_procedure type Abstraction100002137.
- Stochastic_measurement_procedure type Cognition100023271.
- Stochastic_measurement_procedure type Concept105835747.
- Stochastic_measurement_procedure type Content105809192.
- Stochastic_measurement_procedure type Hypothesis105888929.
- Stochastic_measurement_procedure type Idea105833840.
- Stochastic_measurement_procedure type Model105890249.
- Stochastic_measurement_procedure type PsychologicalFeature100023100.
- Stochastic_measurement_procedure type StochasticProcess113561896.
- Stochastic_measurement_procedure type StochasticProcesses.
- Stochastic_measurement_procedure comment "A measurement is used to determine the actual value of a characteristic that is usually called measurand. A measurement is possible only if the measurand had been quantified prior to measurement by means of a suitable unit so that each value of the measurand is represented by a unique real number. For example, the characteristic "length" of a material object is quantified by the unit "meter", or the characteristic "(time) duration" of a development is quantified by the unit "second".".
- Stochastic_measurement_procedure label "Stochastic measurement procedure".
- Stochastic_measurement_procedure sameAs m.0gvrdml.
- Stochastic_measurement_procedure sameAs Q7617822.
- Stochastic_measurement_procedure sameAs Q7617822.
- Stochastic_measurement_procedure sameAs Stochastic_measurement_procedure.
- Stochastic_measurement_procedure wasDerivedFrom Stochastic_measurement_procedure?oldid=575234757.
- Stochastic_measurement_procedure isPrimaryTopicOf Stochastic_measurement_procedure.