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What is required for data assimilation that is applicable to big data in the solid Earth science? Importance of simulation-/data-driven data assimilation

机译:固体地球科学中适用于大数据的数据同化需要什么?模拟/数据驱动的数据同化的重要性

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Data assimilation (DA), which integrates numerical simulation models and observation data based on the Bayesian statistics, has been spreading its application field including the solid Earth science. However, the current DA is a sort of a deductive modeling method strongly depending on given simulation models, so that it never extracts, from big data, information that is beyond a priori assumptions of the simulation models. The present tutorial paper discusses the limitation of the current DA, and indicates an orientation how to implement data-driven modeling methods on DA procedure. Sparse modeling such as lasso has a potential to realize this, although specific methods are still under investigation.
机译:数据同化(DA)结合了基于贝叶斯统计的数值模拟模型和观测数据,已经扩展了其应用领域,包括固体地球科学。但是,当前的DA很大程度上取决于给定的仿真模型,是一种演绎建模方法,因此它永远不会从大数据中提取超出仿真模型先验假设的信息。本教程文件讨论了当前DA的局限性,并指出了如何在DA过程中实现数据驱动的建模方法的方向。尽管仍在研究特定的方法,但套索之类的稀疏模型有潜力实现这一目标。

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