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Ensemble of Neural Network Emulations for Climate Model Physics: The Impact on Climate Simulations

机译:神经网络模拟对气候模型物理的整合:对气候模拟的影响

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A new application of the NN ensemble approach is presented. It is applied to NN emulations of model physics in complex numerical climate models, and aimed at improving the accuracy of climate simulations. In particular, this approach is applied to NN emulations of the long wave radiation of the widely used National Center for Atmospheric Research Community Atmospheric Model. It is shown that practically all individual neural network emulations that we have trained in the process of development an optimal NN LWR emulation can be used within the NN ensemble approach for climate simulation. Using the NN ensemble results in a significant reduction of climate simulation errors, namely: the systematic and random errors, the magnitudes of the extreme errors or outliers and, in general, the number of large errors.
机译:提出了神经网络集成方法的新应用。它被应用于复杂数值气候模型中的模型物理的NN模拟,旨在提高气候模拟的准确性。特别是,该方法适用于广泛使用的国家大气研究中心大气模型的长波辐射的NN模拟。结果表明,我们在开发过程中训练的几乎所有单个神经网络仿真都可以在NN集成方法中使用最佳NN LWR仿真进行气候仿真。使用NN集成可显着减少气候模拟误差,即:系统误差和随机误差,极端误差或离群值的大小,以及一般而言,大误差的数量。

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