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Structural pattern recognition with graph edit distance: approximation algorithms and applications

机译:具有图形编辑距离的结构模式识别:近似算法和应用

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摘要

Defining the distance between two points in 2D or even 3D Euclidean space is easy and intuitive; we have easily understood the concept from our early school years. But what about defining the dissimilarity (that is, distance) between data types that cannot be transformed into points in an n-dimensional space? For instance, spell checking/correction programs in a search engine need to define the notion of distance for strings; bioinformatics applications need to calculate the distance between DNA strings. Fortunately, the concept of edit distance (insertions, deletions, or mutations of characters to transform one string to another) is a solution out of the maze of string comparisons.
机译:在2D甚至3D欧几里得空间中定义两个点之间的距离既简单又直观。我们从我们的早期学校时代就很容易理解这个概念。但是,如何定义无法转换为n维空间中的点的数据类型之间的差异(即距离)呢?例如,搜索引擎中的拼写检查/更正程序需要定义字符串的距离概念;生物信息学应用程序需要计算DNA字符串之间的距离。幸运的是,编辑距离的概念(插入,删除或更改字符以将一个字符串转换为另一个字符串)是摆脱字符串比较迷宫的一种解决方案。

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