股票交易进化策略的元学习

Erik Sorensen, Ryan Ozzello, Rachael Rogan, Ethan Baker, N. Parks, Wei Hu
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引用次数: 3

摘要

元学习算法了解学习过程本身,因此可以用更少的数据和迭代来加快后续类似的学习任务。如果实现了这些好处,将传统机器学习的灵活性扩展到时间或数据窗口较小的领域。其中一个领域是股票交易,数据的相关性随着时间的推移而降低,需要在更少的数据点上快速得出结果,以应对快速变化的市场趋势。据我们所知,我们是第一个将元学习算法应用于股票交易的进化策略的人,通过使用更少的迭代来减少学习时间,并通过更少的数据点来实现更高的交易利润。我们发现,我们的股票交易元学习方法赚取的利润类似于纯粹的进化算法。然而,它在测试期间只需要50次迭代,而在没有元学习的情况下通常需要数千次迭代,或者在测试期间需要50%的训练数据。
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Meta-Learning of Evolutionary Strategy for Stock Trading
Meta-learning algorithms learn about the learning process itself so it can speed up subsequent similar learning tasks with fewer data and iterations. If achieved, these benefits expand the flexibility of traditional machine learning to areas where there are small windows of time or data available. One such area is stock trading, where the relevance of data decreases as time passes, requiring fast results on fewer data points to respond to fast-changing market trends. We, to the best of our knowledge, are the first to apply meta-learning algorithms to an evolutionary strategy for stock trading to decrease learning time by using fewer iterations and to achieve higher trading profits with fewer data points. We found that our meta-learning approach to stock trading earns profits similar to a purely evolutionary algorithm. However, it only requires 50 iterations during test, versus thousands that are typically required without meta-learning, or 50% of the training data during test.
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