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A Time Series Forecasting Model Based on Deep Learning Integrated Algorithm with Stacked Autoencoders and SVR for FX Prediction

机译:基于深度学习的集成自动编码器和SVR的FX预测的时间序列预测模型

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This paper proposes a Deep Learning integrated algorithm with Stacked Autoencoders (SAE) and Support Vector Regression (SVR), it is also for the first time that applies the SAE-SVR integrated algorithm to Foreign Exchange (FX) rate forecasting. We adopt 28 currency pairs pertaining to G7 currencies and RenMinBi, and collect the real daily FX data for simulation. To implement the empirical study, we develop the program of SAE-SVR integrated algorithm independently, and benchmark the results with ANN and SVR models, which are considered as the best performance in Artificial Intelligence. Ultimately, the simulation results indicate that the SAE-SVR integrated algorithm performs much better over other benchmarks.
机译:本文提出了一种具有堆叠自动编码器(SAE)和支持向量回归(SVR)的深度学习集成算法,这也是首次将SAE-SVR集成算法应用于外汇(FX)汇率预测。我们采用与G7货币和RenBiBi有关的28个货币对,并收集真实的每日FX数据进行仿真。为了进行实证研究,我们独立开发了SAE-SVR集成算法程序,并使用被认为是人工智能最佳性能的ANN和SVR模型对结果进行基准测试。最终,仿真结果表明,SAE-SVR集成算法的性能比其他基准测试好得多。

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