An algorithm for constructing integral quality indicator of complex systems for a sequence of observations

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In the paper we propose an algorithm of constructing the integral characteristics of changes in the quality system based on the recorded measurements. The algorithm provides allotment signal in a multidimensional array of data in terms of a priori uncertainty on the basis of the specified signal-to-noise ratio. Constructing of latent integral characteristics of changes of the quality system on the basis of statistical indicators for a number of consecutive observations is based on the principal component method, taking into account the presence of noise in the measured data (SNR-based algorithm). In classical PCA informativity of integral characteristics is given a priori and is provided by selecting the number of principal components. In the proposed algorithm the information content of the solution is evaluated a posteriori on the basis of variance criterion and the selected parameter signal-to-noise ratio. Based on the proposed algorithm we construct integral indicators of the quality of life of subjects of the Russian Federation for the years of 2007-2014.

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Quality management system, an integral characteristic of the quality, principal component analysis change the quality characteristics, integral indicators of quality of life, noise in the measured data, the signal- to-noise ratio, informativity of the principal component analysis

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Короткий адрес: https://sciup.org/147160613

IDR: 147160613   |   DOI: 10.14529/cmse170101

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