Digital Twin of a Vibration System for Active Geomonitoring of the Environment

The problem of constructing a digital twin of a vibration geophysical system for active geophysical monitoring of the environment is considered. The system is used to probe complex media in the "lithosphere-atmosphere-hydrosphere" complex in order to monitor the dynamically changing geophysical characteristics of media in time and space. First of all, this concerns seismic-volcano-hazardous zones, landslide areas, areas of quarry and nuclear explosions, etc. in order to develop methods for predicting catastrophic phenomena - earthquakes, volcanic eruptions, etc. An example of such a seismically active zone is the Baikal Rift Zone. The functioning of the virtual part of the digital twin of a vibration geophysical system is based on multifactor equations for the propagation and processing of vibration oscillations in complex environments. Such equations determine the main components of the digital twin, the connections between them and the simulation modes that underlie the digital twin. The implementation of the virtual digital model is provided using the Manufacturing and Transportation Simulation System simulation modeling system. The system is a visually interactive processor-oriented simulation modeling system for technical systems and technological processes.