By P. Ciarlini, E Filipe, A B Forbes, F Pavese, C Perruchet, B R L Siebert
This quantity collects the refereed contributions in response to the displays made on the 7th Workshop on complicated Mathematical and Computational instruments in Metrology, a discussion board for metrologists, mathematicians and software program engineers that might motivate a more suitable synthesis of abilities, features and assets. the quantity comprises articles by way of international well known metrologists and mathematicians interested by dimension technological know-how and, including the six prior volumes during this sequence, constitutes an authoritative resource of the mathematical, statistical and software program instruments beneficial in glossy metrology.
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Additional info for Advanced Mathematical and Computational Tools in Metrology VII: 7
One NMI takes traceability from another. The matrix form of the model is as before, but now Y denotes the set of quantities Vg and Si, and the row of A corresponding to Xtti>r contains two elements equal to unity, in the column positions corresponding to Vg and Si. The matrix Ux is used instead of Ux since the systematic effects are modelled functionally, leaving only random effects to be treated statistically 7 . Features (discussed below) of the systematic-effects model are: (1) The inclusion of systematic-effects parameters gives flexibility, implying the possibility of obtaining improved model-data consistency; (2) The estimates obtained of the values of the systematic-effects parameters and the associated uncertainties (at a 95 % level of confidence) provide directly the unilateral DoEs; (3) Differences between these estimates and the associated uncertainties (at a 95 % level of confidence) provide directly the bilateral DoEs; (4) The value components of the unilateral DoEs constitute measurement deviations from the artefact property values and those of the bilateral DoEs differences of such deviations.
Consistency of model and measurement data To draw valid conclusions from modelling data generally, the model must be consistent with the data. Details of appropriate consistency tests in the context of key comparison data evaluation, based on the use of the chi-squared statistic, are available 7>10>12>15. Two ways of handling inconsistency are considered: data exclusions and artefact instability modelling. 1. Measurement exclusions Model-data inconsistency can be treated by excluding measurement data that in some sense are discrepant so as to achieve a consistent reduced set of data that is as large as reasonably possible 7>12>15.
In Table 3 we present the ML-estimates of A associated to the Box-Cox transformations herewith considered, when dealing with the implementation of the different charts for the transformed data. Table 3. 2. 261 ML-estimates of A. 3. Whenever we are controlling the process at a target 9$, a control chart based on a statistic W is said "robust" if the alarm rate is as close as possible to the pre-assigned a-risk, whenever the model changes but the process parameter is kept at the respective target 9$.
Advanced Mathematical and Computational Tools in Metrology VII: 7 by P. Ciarlini, E Filipe, A B Forbes, F Pavese, C Perruchet, B R L Siebert