拥抱机器学习解决投资组合优化器的局限性

Carlos Salas Najera
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引用次数: 0

摘要

本文的内容将关注早期MPT理论的数学局限性,并将搁置与投资组合优化相关的其他主题,例如行为偏差的因素,投资组合优化标准(按风格,国家,行业等),或优化的目的(资产配置,ALM,多空投资组合等)。此外,本文并不打算涵盖所有的研究,而只是强调那些提出全新方法的模型,或者在过去十年中被行业广泛采用的模型。MVO(最小方差优化)在50多年前是一种创新的投资方法,尽管它并非没有缺陷。新的机器学习技术,如PCA、聚类或图论,已经能够解决最初的MVO投资组合优化问题所提出的主要挑战。
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Embracing Machine Learning To Tackle Portfolio Optimisers Limitations
The content of this article will be concerned with the mathematical limitations of the early MPT theories and will leave aside other topics related to portfolio optimization such as the factoring of behavioural biases, portfolio optimization criteria (by style, country, industry, etc), or the purpose of the optimization (asset allocation, ALM, long-short portfolios, etc). Furthermore, this article does not intend to cover all the body of research but only to emphasize those models that either propose a brand new approach, or have been broadly adopted by the industry over the last decade.

MVO (Minimum Variance Optimization) was an innovative approach to investments more than fifty years ago, albeit it was not without pitfalls. New machine learning techniques such as PCA, Clustering or Graph Theory have been able to tackle the main challenges proposed by the original MVO portfolio optimization problem.
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