Slice Distance: An Insert-Only Levenshtein Distance with a Focus on Security Applications

Zeeshan Afzal, Johan Garcia, S. Lindskog, A. Brunström
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引用次数: 3

Abstract

Levenshtein distance is well known for its use in comparing two strings for similarity. However, the set of considered edit operations used when comparing can be reduced in a number of situations. In such cases, the application of the generic Levenshtein distance can result in degraded detection and computational performance. Other metrics in the literature enable limiting the considered edit operations to a smaller subset. However, the possibility where a difference can only result from deleted bytes is not yet explored. To this end, we propose an insert-only variation of the Levenshtein distance to enable comparison of two strings for the case in which differences occur only because of missing bytes. The proposed distance metric is named slice distance and is formally presented and its computational complexity is discussed. We also provide a discussion of the potential security applications of the slice distance.
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切片距离:专注于安全应用的仅插入Levenshtein距离
Levenshtein距离因其用于比较两个字符串的相似性而闻名。但是,在许多情况下,比较时使用的编辑操作集可以减少。在这种情况下,通用Levenshtein距离的应用可能导致检测和计算性能下降。文献中的其他度量可以将考虑的编辑操作限制在较小的子集中。然而,这种差异只能由删除的字节产生的可能性还没有被探索。为此,我们提出了Levenshtein距离的一个仅插入的变体,以便在仅由于缺少字节而产生差异的情况下对两个字符串进行比较。给出了该距离度量的形式化形式,并讨论了其计算复杂度。我们还讨论了切片距离的潜在安全应用。
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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