APPLICATION OF THE UNCERTAINTY FUNCTION FOR DETECTION OF DANGEROUS STATES OF THE VECTOR OF ATMOSPHERIC POLLUTION
Content type:Original research
Published: 14-02-2022
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The object of research is
The method of semi-adaptive scaling transformation of the threshold during calculation of recurrent
The aim of research is to
Investigation of the possibilities of using the uncertainty function to identify hazardous condition
Paper title
APPLICATION OF THE UNCERTAINTY FUNCTION FOR DETECTION OF DANGEROUS STATES OF THE VECTOR OF ATMOSPHERIC POLLUTION
Keywords
Atmospheric pollution, pollution concentration, uncertainty function, radial velocity, state vector
Main scientific results imply the following
The presented results of verification testify to the sufficient advantages of using the uncertainty function for the registered concentrations of atmospheric pollution in order to identify dangerous states of pollution by their energy and velocity ch
Scope of application
The proposed method of threshold transformation provides the calculation of recurrent diagrams, which have increased informativeness, invariance with
Limitations for practical use
A sufficiently large interval of discrete recording of data on the concentration of pollutants, determined by 6 hours. This somewhat narrows the possi
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