Fréchet Edit Distance

Emily Fox, Amir Nayyeri, Jonathan James Perry, Benjamin Raichel
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Abstract

We define and investigate the Fr\'{e}chet edit distance problem. Given two polygonal curves $\pi$ and $\sigma$ and a threshhold value $\delta>0$, we seek the minimum number of edits to $\sigma$ such that the Fr\'{e}chet distance between the edited $\sigma$ and $\pi$ is at most $\delta$. For the edit operations we consider three cases, namely, deletion of vertices, insertion of vertices, or both. For this basic problem we consider a number of variants. Specifically, we provide polynomial time algorithms for both discrete and continuous Fr\'{e}chet edit distance variants, as well as hardness results for weak Fr\'{e}chet edit distance variants.
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弗雷谢特编辑距离
我们定义并研究了弗雷谢特编辑距离问题。给定两条多边形曲线 $\pi$ 和 $\sigma$ 以及一个阈值 $\delta>0$, 我们寻求对 $\sigma$ 的最小编辑次数,使得编辑后的 $\sigma$ 和 $\pi$ 之间的 Fr\'{e}chet 距离最多为 $\delta$.对于编辑操作,我们考虑三种情况,即删除顶点、插入顶点或两者兼而有之。具体来说,我们提供了离散和连续 Fr\'{e}chet 编辑距离变体的多项式时间算法,以及弱 Fr\'{e}chet 编辑距离变体的硬度结果。
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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