Abstract: In that paper problems that arising in seismic data processing for real time are considered. The main issue is defects in investigation of mathematical and physical model of object. The static and kinematic residual correction problem is relevant for real time in spite of the modern graph of seismic data processing contains such procedures. The quality of final results that presented by seismic and depth-distance plot doesn’t answer to modern requirements. Three adaptive approaches to realization of numerical method for regression model of static and kinematic residual correction problem are considered. Its use a priory information about number of supporting points of seismic profile at the most.
Keywords: the model of residual time of reflected waves, kinematic and static corrections, number of supporting points of seismic profile, line regression model, measure of a priori information, functional of quality, adaptive algorithm, the condition of stability.
ACM Classification Keywords: G1.10 Numerical Analysis - Applications, G3 Probability and statistics - Correlation and regression analysis.
ADAPTIVE APPROACH TO STATIC CORRECTION WITH RESPECT TO APRIORISTIC INFORMATION IN PROBLEM OF SEISMIC DATA PROCESSING