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Shape recognition using fuzzy string-matching technique

机译:使用模糊字符串匹配技术的形状识别

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摘要

Object recognition is a very important task in industrial applications. Attributed string matching is a well-known technique for pattern matching. The present paper proposes a fuzzy string-matching approach for two-dimensional object recognition. The fuzzy numbers are used to represent the edit costs. Therefore, the edit distances are also presented as fuzzy numbers. The attributed string-matching problem is then equivalent to a fuzzy shortest path problem. The edit distance between two shapes is presented as a fuzzy number. By ranking the fuzzy edit distances, the input shape is classified as the reference shape that has the minimum fuzzy edit distance. The experimental results show that the proposed method can effectively recognize two-dimensional objects.
机译:对象识别是工业应用中非常重要的任务。属性字符串匹配是一种用于模式匹配的众所周知的技术。本文提出了一种用于二维目标识别的模糊字符串匹配方法。模糊数用于表示编辑成本。因此,编辑距离也以模糊数表示。这样,归因于字符串匹配的问题就等同于模糊最短路径问题。两个形状之间的编辑距离以模糊数表示。通过对模糊编辑距离进行排序,将输入形状分类为具有最小模糊编辑距离的参考形状。实验结果表明,该方法能够有效识别二维物体。

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