Parallel, Asynchronous Global Optimization Techniques for Medium & Large Geophysical Inversion Problems

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ABSTRACT: 9300992, PI-Pereyra: This Phase II SBIR proposal aims to model, design algorithms, and produce software to analyze and interpret seismic data. Enhanced global optimization techniques will be used to filter noisy data and to handle complex geophysical models that are not accessible to computation with the present methods. This project builds upon the results of the work accomplished in Phase I on the construction of global optimization algorithms. The resulting codes and software will find applications in seismic processing, reservoir delineation, and will help with enhanced recovery processes in the oil fields. Applications are also envisioned to non destructive testing of mechanical components in industrial tools.