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New Approach Based on Texture and Geometric Features for Text Detection

机译:基于纹理和几何特征的文本检测新方法

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Due to the huge amount of data carried by images, it is very important to detect and identify the text region as accurately as possible before performing any character recognition. In this paper we describe a text detection algorithm in complex background. It is based on texture and connected components analysis. First we abstract texture regions which usually contain text. Second, we segment the texture regions into suitable objects; the image is segmented into three classes. Finally, we analyze all connected components present in each binary image according to the three classes with the aim to remove non-text regions. Experiments on a benchmark database show the advantages of the new proposed method compared to another one. Especially, our method is insensitive to complex background, font size and color; and offers high precision (83%) and recall(73%) as well.
机译:由于图像承载的数据量很大,因此在执行任何字符识别之前,尽可能准确地检测和识别文本区域非常重要。在本文中,我们描述了复杂背景下的文本检测算法。它基于纹理和连接的组件分析。首先,我们提取通常包含文本的纹理区域。其次,我们将纹理区域分割为合适的对象;图像分为三类。最后,我们根据三类分析每个二进制图像中存在的所有连接组件,以消除非文本区域。在基准数据库上进行的实验表明,与另一种方法相比,该新方法的优势。特别是,我们的方法对复杂的背景,字体大小和颜色不敏感。并提供高精度(83%)和召回率(73%)。

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