Attention! Transformer with Sentiment on Cryptocurrencies Price Prediction

Huali Zhao, M. Crane, Marija Bezbradica
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引用次数: 1

Abstract

: Cryptocurrencies have won a lot of attention as an investment tool in recent years. Specific research has been done on cryptocurrencies’ price prediction while the prices surge up. Classic models and recurrent neural networks are applied for the time series forecast. However, there remains limited research on how the Transformer works on forecasting cryptocurrencies price data. This paper investigated the forecasting capability of the Transformer model on Bitcoin (BTC) price data and Ethereum (ETH) price data which are time series with high fluctuation. Long short term memory model (LSTM) is employed for performance comparison. The result shows that LSTM performs better than Transformer both on BTC and ETH price prediction. Furthermore, in this paper, we also investigated if sentiment analysis can help improve the model’s performance in forecasting future prices. Twitter data and Valence Aware Dictionary and sEntiment Reasoner (VADER) is used for getting sentiment scores. The result shows that the sentiment analysis improves the Transformer model’s performance on BTC price but not ETH price. For the LSTM model, the sentiment analysis does not help with prediction results. Finally, this paper also shows that transfer learning can help on improving the Transformer’s prediction ability on ETH price data.
注意!变压器对加密货币价格预测的看法
近年来,加密货币作为一种投资工具赢得了很多关注。在加密货币价格飙升的同时,对加密货币的价格预测进行了具体研究。采用经典模型和递归神经网络进行时间序列预测。然而,关于Transformer如何预测加密货币价格数据的研究仍然有限。本文研究了Transformer模型对波动较大的时间序列比特币(BTC)和以太坊(ETH)价格数据的预测能力。采用长短期记忆模型(LSTM)进行性能比较。结果表明,LSTM在BTC和ETH的价格预测上都优于Transformer。此外,在本文中,我们还研究了情绪分析是否有助于提高模型在预测未来价格方面的性能。使用Twitter数据和Valence Aware Dictionary and sEntiment Reasoner (VADER)进行情绪评分。结果表明,情绪分析提高了Transformer模型对BTC价格的性能,但对ETH价格没有改善。对于LSTM模型,情感分析对预测结果没有帮助。最后,本文还证明了迁移学习有助于提高变压器对ETH价格数据的预测能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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