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

摘要：9300992，PI-Pereyra: SBIR二期项目旨在建立模型，设计算法，并开发软件来分析和解释地震数据。增强的全局优化技术将用于过滤噪声数据和处理当前方法无法计算的复杂地球物理模型。本项目建立在第一阶段关于构建全局优化算法的工作成果的基础上。由此产生的代码和软件将在地震处理、油藏圈定中得到应用，并有助于提高油田的采收率。应用也设想在工业工具的机械部件的无损检测。

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.