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Mathematics, Informatics
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BSU bulletin. Mathematics, Informatics

Bibliographic description:
Paramonov V. V.
,
Mikhailov A. A.
,
Ruzhnikov G. M.
,
Fyodorov R. K.
,
Klyuchevsky A. V.
,
Demyanovich V. M.
ANALYTICS SYSTEM FOR EVALUATING SEISMIC POTENTIAL OF THE CENOZOIC ACTIVE FAULTS IN THE MONGOL-BAIKAL REGION // BSU bulletin. Mathematics, Informatics. - 2020. №4. . - С. 26-39.
Title:
ANALYTICS SYSTEM FOR EVALUATING SEISMIC POTENTIAL OF THE CENOZOIC ACTIVE FAULTS IN THE MONGOL-BAIKAL REGION
Financing:
Работа выполнена при частичной финансовой поддержки РФФИ, гранты 17-57-44006, 18-07-00758, 20-55-44011.
Codes:
DOI: 10.18101/2304-5728-2020-4-26-39UDK: 004.9
Annotation:
The study of the seismic potential of territories is one of the important
tasks having the significant influence on their socio-economic development. It is extremely relevant for the territories of the earthquake-prone Mongol-Baikal region.
Evaluation of the seismic potential, including the construction of energy maps of seismotectonic deformation of the lithosphere, requires processing a large volume of spatial data over significant time intervals. The processing of such an array of data is labor
intensive. Besides, in the case of using data obtained from various sources their preprocessing and cleaning is required to implement the possibility of sharing and integration. Thus, the article proposes to automate the study of seismic zoning and the construction of energy maps. The automation tool is an original service-oriented analytics
system based on the geoportal principle. The developed services provide loading and
analysis of heterogeneous spatiotemporal data.
Keywords:
information system; geoportal; services; WPS; seismicity; earthquakes; thematic maps; faults; data cleaning; integration; spatial data.
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