Abstract
On the basis of multivariate correlation analysis, a statistical model of the relationship of energetic electron fluxes on a geostationary orbit with solar wind parameters and geomagnetic activity indices for 22 and 23 cycles of solar activity is constructed. Energetic electron data obtained with the help of GOES satellite instruments and LANL satellites were used. A cross-correlation analysis of the relationship of logarithms of energetic electron fluxes with solar wind parameters and geomagnetic activity indices was carried out. The maximum correlation coefficient of the crosscorrelation function was taken as the value of the communication efficiency (Ref).
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