基于实体嵌入神经网络的权益工具基本面分析

P. Ghadekar, Chirag Vaswani, Dhruva Khanwelkar, Harsh More, Nirvisha Soni, Juhi Rajani
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引用次数: 0

摘要

随着股票市场越来越容易进入,分析股票工具变得越来越重要。两种流行的方法包括技术分析和基本分析。虽然技术分析涉及研究一段时间内的模式或趋势,但基本面分析采用更合乎逻辑的方法,根据其潜在的基本面(如报告的利润、当前债务等)对工具进行估值,并且更接近资产负债表。基本面分析非常强调使用直接代表发行这些工具的组织如何执行的度量来量化工具的强度。本文旨在研究高容量模型(如深度神经网络,特别是实体嵌入神经网络)如何映射基础和价格数据,以预测最能解释证券的未来价格。结果表明,该方法的R2得分为0.9019,准确率为93.42%,MSE损失为0.047,优于其他方法对该数据的建模结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Fundamental Analysis of Equity Instruments Using an Entity Embedding Neural Network
Analysing equity instruments has become more and more important with the stock markets being more accessible. The 2 popular ways include technical analysis and fundamental analysis. While technical analysis involves studying patterns or trends over a period of time, fundamental analysis takes a more logical approach by valuing the instrument according to its underlying fundamentals such as the reported profits, current debt, etc., and is closer to the balance sheet. Fundamental Analysis puts great emphasis on quantifying the strength of the instrument using the measures that directly represent how the organisation that issues these instruments is performing. This paper aims to investigate how a high-capacity model such as a Deep Neural Network, specifically the Entity Embedding Neural Network maps fundamental and price data to predict a future price that best explains a security. Results show that the proposed approach has an R2 score of 0.9019, accuracy of 93.42%, and MSE loss of 0.047 which outperforms the results obtained by some of the other ways of modeling this data.
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