A Deep Learning based Approach to Stock Market Price Prediction using Technical indicators

Nirupama Parida, Bunil Kumar Balabantaray, R. Nayak, Jitendra Kumar Rout
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Abstract

Prediction of stock market data is difficult because of its complex and highly volatile nature. In this work the historical data as well as the technical indicators are implemented for the purpose of prediction. Different features are extracted using the CNN technique and further the prediction is performed using the dropout based LSTM technique. The basic aim of this study is optimization of the prediction accuracy of the stock price. Different technical indicators and historical data are taken as input data. The sub max layer is substituted with KELM (Kernel Based Extreme Learning Machine). This paper shows a CNN based hybrid system applied on a variety of sources comprising of different stock market. Various matrices are used for observing the accurateness of the proposed model. Two different stock market data are considered for this purpose. The extracted features shows more accurate result. Further it is observed that the proposed model outrun different other methods discussed in this paper
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基于深度学习的技术指标股票市场价格预测方法
由于股票市场数据的复杂性和高度波动性,对其进行预测是困难的。在这项工作中,采用历史数据和技术指标进行预测。使用CNN技术提取不同的特征,并进一步使用基于dropout的LSTM技术进行预测。本研究的基本目的是优化股票价格的预测精度。不同的技术指标和历史数据作为输入数据。submax层用KELM (Kernel Based Extreme Learning Machine)代替。本文介绍了一种基于CNN的混合系统,应用于由不同股票市场组成的多种来源。使用各种矩阵来观察所提出模型的准确性。为此考虑了两种不同的股票市场数据。特征提取结果更加准确。进一步观察到,所提出的模型优于本文讨论的其他方法
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