Abstract
The results of the development of an information system providing the integration of satellite microwave radiometric sensing data of geostationary observations in the visible and IR range are described. This integration is designed to ensure the restoration of atmospheric temperature and humidity profiles in the conditions of emergency atmospheric situations caused by mesoscale convective complexes (MCC). The methodological feature of the developed approach is to minimize the probability of stopping the data analysis system when access to individual sources of a priori information is terminated. This technique is based on the use of an automatic system of adaptation to changes in access conditions and the application of the results of model forecasts of the development of atmospheric processes.
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