Assessing measurement uncertainty in quality engineering

Description

The automatic restitution of measurement uncertainty with related current results is required for rationalising the specificity and for improving the effectiveness of the industrial instrumentation, used for standard quality engineering tasks. The paper introduces to a general probabilistic frame, based on the propagation of distribution densities, associated to actual experimental data, so that the inclusion of every pertinent information can be done, while transparently acknowledging the influence factors. The approach is explained referring to example case situations.

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