FIELD: building industry.
SUBSTANCE: invention relates to the field of monitoring of complex engineering structures, namely for operational control of the state of structural elements of complex and unique engineering structures, such as bridges, dams, large-span and high-rise buildings, etc. The system is designed for automated monitoring, in real time, of the state of structures of complex engineering structures, detection of potentially dangerous deformations and violations of the integrity of structural elements, using a four-system multi-frequency receiver of global navigation satellite systems GLONASS/GPS/Galileo/BeiDou, as well as for predicting the destruction or loss of stability of the structure and providing monitoring and forecasting results to consumers through an information service.
EFFECT: proposed invention increases reliability of the assessment of the condition and residual life of the structure of a complex engineering structure, increases efficiency of bringing up-to-date information to consumers about the risks of destruction or loss of stability of the structure of a complex engineering structure, as well as ensuring the integration of the information service implemented by the proposed system with external systems for building solutions to ensure complex safety of complex engineering structures.
1cl, 2 dwg
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Authors
Dates
2021-07-07—Published
2020-08-14—Filed