Information Technologies and Computer Engineering

The paper analyzes the possibilities of choosing the optimal structure of multispectral television monitoring and diagnostic tools to ensure the required accuracy of measurements of biophysical and structural parameters of inhomogeneous biological media, as well as the necessary reliability of monitoring the state of heterogeneous biological media. The problem of the optimal choice of operating wavelengths of spectral channels and their widths for television measurement control and diagnostics is solved by a stepwise multiple regression with inclusion of independent variables. Examples are given of calculating the optimal structure of television measuring instruments and diagnostics using different types of radiation sources

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