This paper is devoted to the investigation of 3D seismic imaging experience in complex geological conditions of the Kerch shelf of the Black Sea. Special attention is paid to the new author's algorithm for migration velocity computation. The main problems of migration velocities computation are described. The signal "time stretching" is absent, which is present after a manual analysis. The implemented algorithm for migration velocity analysis and computation is both independent from subjective human factor and fast. The optimal fast migration algorithm for seismic data of the complex geological area in the Ukrainian part of the Black Sea is the Kirchhoff algorithm. Its efficiency with real results demonstration is shown. Aim of work: Create a special technique for migration velocity computation with respect to the Kerch shelf. Approve the velocity in optimal fast migration algorithm for seismic data in complex geological conditions. New aspects covered: Author's algorithm for Migration Velocity computation is developed. The migration velocity is approved in optimal fast imaging algorithm for seismic data in complex geological conditions.
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