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LSTM Based Hybrid Method for Basin Water Level Prediction by Using Precipitation Data

机译:基于LSTM的盆地水位预测混合方法通过使用降水数据预测

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Water level prediction is becoming increasingly important. However, physical models tend to become difficult to apply when it comes to some small rivers which have insufficient hydrological data. To address it, nowadays, deep learning methods are increasingly being applied to climate prediction analysis as an alternative to computationally expensive physical models for its features of flexible data-driven learning and universality. In our paper, we focus on the precipitation-only water level forecasting problem by using long-short-term memory (LSTM) based hybrid model, and try predicting the future water level of all the rivers in Japan by using simulated precipitation data from the database for Policy Decision making for Future climate change (d4PDF).
机译:水位预测变得越来越重要。 然而,在一些具有不足水文数据的小型河流时,物理模型往往变得难以申请。 为了解决它,现在,深入学习方法越来越多地应用于气候预测分析,作为其具有灵活数据驱动学习和普遍性的特征的计算昂贵的物理模型的替代方案。 在我们的论文中,我们通过使用基于长期内存(LSTM)的混合模型来专注于降水的水位预测问题,并尝试通过使用来自的模拟降水数据来预测日本所有河流的未来水位 对未来气候变化(D4PDF)的政策决策数据库。

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