MODELING OF SEISMIC DATA PROCESSING USING INTEGRAL GEOMETRY PROBLEMS ON A FAMILY OF BROKEN LINES

Integral geometry problems provide a mathematical framework extensively applied in seismological data processing. It involves the transformation of seismic waveforms into alternative domains to enhance analytical tractability and interpretative clarity. This approach is particularly effective for detecting and characterizing linear features within seismic datasets, which are indicative of constant ray parameters and play a critical role in subsurface imaging.