Information Technologies in Problems of Nonlinear Geomechanics. Part II: New Methods, Metadata Models, Geodata Bases and Base Layers of Electronic Charts for a Typical Geoportal of Mining Regions in Siberia
V. P. Potapov1, V. N. Oparin2, L. S. Mikov1, S. E. Popov1
1Federal Research Center for Informational and Computational Technologies, Kemerovo, Russia
2Chinakal Institute of Mining, Siberian Branch, Russian Academy of Sciences, Novosibirsk, Russia
Keywords: Information systems and technologies, large-scale subsoil use facilities in Siberia, metadata models, geodata bases, typical geoportal, mining region, software testing, "geomechanical temperature", thermodynamic periods
Abstract
The new methodological approach to modern integrated geomechanical monitoring of large-scale subsoil use facilities in Siberia uses the multimodal and digital factories of diversified experimental and theoretical geoinformation. The main elements of the geoinformation system are described with definition of communications implemented via systems of orchestration of the data containers. The information aggregation and transmission technologies use the Internet of Things and include data storage, processing and systematization stages with regard to the available information on subsoil use assets. The trials of the information system in its different modes and options are described as a case-study of Kuzbass and Norilsk mining industry. The authors propose a new energy-based approach to the integrated analysis of nonlinear deformation waves and seismic emission processes within the framework of theory of pendulum waves.
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