A wavelet-convolution channel-attention LSTM model improves one-step-ahead stock price prediction and long-short portfolio backtests on four large-cap US stocks, with reported Sharpe ratios above 1.8.
Deep Learning in Finance
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abstract
We explore the use of deep learning hierarchical models for problems in financial prediction and classification. Financial prediction problems -- such as those presented in designing and pricing securities, constructing portfolios, and risk management -- often involve large data sets with complex data interactions that currently are difficult or impossible to specify in a full economic model. Applying deep learning methods to these problems can produce more useful results than standard methods in finance. In particular, deep learning can detect and exploit interactions in the data that are, at least currently, invisible to any existing financial economic theory.
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Integration of Wavelet Transform Convolution and Channel Attention with LSTM for Stock Price Prediction based Portfolio Allocation
A wavelet-convolution channel-attention LSTM model improves one-step-ahead stock price prediction and long-short portfolio backtests on four large-cap US stocks, with reported Sharpe ratios above 1.8.