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Distributed Parallel Deep Learning for Fast Extraction of Similar Weather Map

机译:分布式并行深度学习以快速提取相似的天气图

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For real time weather forecasting, it is necessary to search most similar weather map very fast among a large amount of data accumulated so far. Recently, deep learning is used for more accurate weather forecasting. However, it takes a huge amount of time for training deep learning model in order to process a number of previous weather maps. In this paper, we shall present fast distributed parallel algorithms for training deep neural network model based on CNN on parallel and distributed environment with GPUs for various number of models in order to extract most similar weather map from CNN. For each case of single and multi nodes, we compare the performance of our algorithm increasing the number of GPUs, and for the case of multi nodes, compare the performance for two ways of communications: synchronous and asynchronous. Also, we shall show the performance of our algorithm for the various number of models on single and multi nodes.
机译:对于实时天气预报,有必要在迄今积累的大量数据中非常快速地搜索最相似的天气图。最近,深度学习被用于更准确的天气预报。但是,为了处理许多先前的天气图,需要花费大量时间来训练深度学习模型。在本文中,我们将提出快速分布式并行算法,在带有GPU的并行和分布式环境中针对各种模型训练基于CNN的深度神经网络模型,以便从CNN中提取最相似的天气图。对于单节点和多节点的每种情况,我们都比较了增加GPU数量的算法性能,而对于多节点的情况,则比较了两种通信方式的性能:同步和异步。同样,我们将展示我们的算法在单节点和多节点上针对各种模型的性能。

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