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Shape Retrieval Using ECPDH with Dynamic Programming

机译:使用ECPDH和动态编程进行形状检索

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The matching and retrieval of the 2D shapes are challenging issues in object recognition and computer vision. In this paper, we propose a new object contour descriptor termed ECPDH (Elliptic Contour Points Distribution Histogram), which is based on the distribution of the points on an object contour under the polar coordinates. ECPDH has the essential merits of invariance to scale and translation. Dynamic Programming (DP) algorithm is used to measure the distance between the ECPDHs. The effectiveness of the proposed method is demonstrated using some standard tests on MPEG-7 shape database. The results show the precision and recall of our method over other recent methods in the literature.
机译:在对象识别和计算机视觉中,二维形状的匹配和检索是具有挑战性的问题。在本文中,我们提出了一种新的物体轮廓描述符,称为ECPDH(椭圆轮廓点分布直方图),它基于极坐标下物体轮廓上点的分布。 ECPDH具有规模和翻译不变的本质优点。动态编程(DP)算法用于测量ECPDH之间的距离。通过在MPEG-7形状数据库上进行一些标准测试,证明了该方法的有效性。结果显示了我们的方法相对于文献中其他最近方法的准确性和可回忆性。

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