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Techniques for Uncertainty Analysis of Complex Measurement Processes

Techniques for Uncertainty Analysis of Complex Measurement Processes

Publication:
Journal of Quality Technology
Date:
January 1996
Issue:
Volume 28 Issue 1
Pages:
pp. 1-11
Author(s):
Atwood, Corwin L., Engelhardt, Max
Organization(s):
Idaho National Engineering Laboratory, Idaho Falls, ID

Abstract

This article relates lessons that are useful in the analysis of uncertainties in a complex measurement process, through a case study. It distinguishes between the settings for confidence intervals and those for prediction intervals. It illustrates testing of an assumed variance, shows how to separate the variance contributors in a calibration curve, discusses the use of independence of variance components, gives first-order approximations for combining random errors, and emphasizes the necessity of writing all the contributors to uncertainty in a single mathematical expression.

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