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Adaptive weighting of geophysical data types in joint inversion

机译:联合反演中地球物理数据类型的自适应加权

摘要

Method for adaptive weighting of geophysical data types in iterative joint inversion to speed convergence and aid escape from local minima of the penalty (objective) function. Two or more geophysical data sets (11) representing a region of interest are obtained, and are jointly inverted to infer models of the physical properties that affect the particular types of data used. The misfit for each data type is a weighted tem in the penalty function (13). The invention involves changing the weights (51) as the iteration cycles progress when the iteration convergence criteria are satisfied (15), to see if they remain satisfied (52) with the modified penalty function.
机译:在迭代联合反演中对地球物理数据类型进行自适应加权的方法,以加快收敛速度​​并帮助逃脱惩罚(目标)函数的局部最小值。获得了两个或更多个表示感兴趣区域的地球物理数据集( 11 ),并将它们组合倒置以推断影响所使用的特定数据类型的物理属性模型。每种数据类型的失配是惩罚函数( 13 )中的加权项。本发明涉及当满足迭代收敛标准( 15 )时随着迭代循环的进行而改变权重( 51 ),以查看它们是否仍然满足( 52)。 )与修改后的惩罚功能。

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