Interpolation and extrapolation: Comparison of definitions and survey of algorithms for convex and concave hulls

Tobias Ebert, Julian Belz, O. Nelles
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引用次数: 19

Abstract

Any data based method is vulnerable to the problem of extrapolation, nonetheless there exists no unified theory on handling it. The main topic of this publication is to point out the differences in definitions of extrapolation and related methods. There are many different interpretations of extrapolation and a multitude of methods and algorithms, which address the problem of extrapolation detection in different fields of study. We examine popular definitions of extrapolation, compare them to each other and list related literature and methods. It becomes apparent, that the opinions what extrapolation is and how to handle it, differ greatly from each other. We categorize existing literature and give guidelines to choose an appropriate definition of extrapolation for a present problem. We also present hull algorithms, from classic approaches to recent advances. The presented guidelines and categorized literature enables the reader to categorize a present problem, inspect relevant literature and apply suitable methods and algorithms to solve a problem, which is affected by extrapolation.
内插和外推:凸壳和凹壳的定义比较和算法综述
任何基于数据的方法都容易受到外推问题的影响,但目前还没有统一的理论来处理它。本出版物的主要主题是指出外推的定义和相关方法的差异。有许多不同的外推解释和众多的方法和算法,这些方法和算法解决了外推检测在不同研究领域的问题。我们研究了外推的流行定义,对它们进行了比较,并列出了相关的文献和方法。很明显,关于什么是外推以及如何处理外推的观点彼此之间存在很大差异。我们对现有文献进行了分类,并给出了针对当前问题选择适当的外推定义的指南。我们还介绍了船体算法,从经典方法到最新进展。所提出的指导方针和分类文献使读者能够对当前问题进行分类,检查相关文献并应用合适的方法和算法来解决受外推影响的问题。
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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