On The Irrelevance of Machine Learning Algorithms and the Importance of Relativity

Carlos Huertas, Qi Zhao
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Abstract

Information explosion has brought us a wide range of data formats and machine learning keeps in constant evolution to develop mechanisms to extract knowledge from them. Modern models in the Deep Learning space have proven to be very successful in multiple applications, yet in the tabular space they fail to provide consistent competitive performance. However, in this work we claim model selection can become irrelevant as the key tends to lie in data processing. In this paper we introduce the concept of relativity in feature engineering, a powerful methodology to boost any classifier performance and we provide over 30 different configurations of models and feature engineering designs to prove we can bias any result to help an arbitrary model score best. Our results attribute 600% more value to feature engineering than model selection. In order to validate the effectiveness of our approach, we submitted our work to a live machine learning competition with outstanding results regardless of our model of choice.
论机器学习算法的不相关性和相对性的重要性
信息爆炸给我们带来了广泛的数据格式,机器学习也在不断进化,发展出从中提取知识的机制。深度学习领域的现代模型已被证明在多个应用中非常成功,但在表格空间中,它们无法提供一致的竞争性能。然而,在这项工作中,我们声称模型选择可能变得无关紧要,因为关键往往在于数据处理。在本文中,我们介绍了特征工程中的相关性概念,这是一种强大的方法,可以提高任何分类器的性能,我们提供了30多种不同的模型配置和特征工程设计,以证明我们可以对任何结果进行偏置,以帮助任意模型获得最佳分数。我们的结果赋予特征工程比模型选择多600%的价值。为了验证我们方法的有效性,我们将我们的工作提交给了一个现场机器学习竞赛,无论我们选择的模型是什么,结果都很出色。
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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