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Shape recognition and retrieval based on edit distance and dynamic programming

机译:基于编辑距离和动态编程的形状识别和检索

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摘要

An important aim in pattern recognition is to cluster the given shapes. This paper presents a shape recognition and retrieval algorithm. The algorithm first extracts the skeletal features using the medial axis transform. Then, the features are transformed into a string of symbols with the similarity among those symbols computed based on the edit distance. Finally, the shapes are identified using dynamic programming. Two public datasets are analyzed to demonstrate that the present approach is better than previous approaches.
机译:模式识别的一个重要目标是将给定的形状聚类。本文提出了一种形状识别和检索算法。该算法首先使用内侧轴变换提取骨骼特征。然后,将特征转换为一串符号,这些符号之间具有基于编辑距离而计算出的相似性。最后,使用动态编程确定形状。分析了两个公共数据集,以证明本方法比以前的方法更好。

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