Features of the Application of the Seismic Events Localization Algorithm for Structure Recovery of the Geophysical Model of the Environment

This paper presents an approach to the localization of underground objects using the seismic event localization algorithm. An approach to the localization of objects of a certain form is shown using the analysis of initial seismic traces and the possibility of using parallel computations. The results of testing the localization algorithm for point objects of a homogeneous geophysical model of the environment are presented on model seismogram. It is shown that for point objects in a two-dimensional homogeneous environment this algorithm more accurately determines the position of the object at a depth than at the axis of a group of seismic receivers. This work was supported by Novosibirsk State Technical University grant (project N2 C-19 2018).