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Scene Text Detection with Adaptively Weighted Descriptors in Opponent Color Space

机译:对手色彩空间中具有自适应加权描述符的场景文本检测

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This paper involves the challenging problem of text localization in complex scenes. Maximally Stable Extremal Regions (MSER) has recently been extensively employed in text detection methods. However, most efforts for MSERs are only put into a single intensity image. MSERs are therefore subjective to cases like low contrast and uneven lighting etc. In this paper, we investigate the opponent color theory and perform attempting to evaluate the benefit of MSER extraction on different opponent color channels. Furthermore, we propose to apply kernel descriptors for text classification and multi-kernel learning to learn relative weights for features. We have experimented our proposed strategy on 'Robust Reading Competition' dataset distributed by International Conference on Document Analysis and Recognition (ICDAR) 2003 and 2011. The experiment results demonstrate its effectiveness and efficiency. We can achieve general equivalently good performance with several compared state-of-the-art methods at lower computation cost.
机译:本文涉及复杂场景中文本本地化的挑战性问题。最大稳定的极值区域(MSER)最近已广泛用于文本检测方法中。但是,大多数针对MSER的努力仅放在单个强度图像中。因此,MSER受制于低对比度和光线不均匀等情况。在本文中,我们研究了对手颜色理论,并尝试评估MSER提取在不同对手颜色通道上的好处。此外,我们建议将内核描述符用于文本分类和多内核学习,以学习特征的相对权重。我们已经对2003年和2011年国际文档分析与识别会议(ICDAR)分发的“健壮的阅读比赛”数据集进行了实验性实验。实验结果证明了该方法的有效性和有效性。通过几种比较先进的方法,我们可以以较低的计算成本获得一般等效的良好性能。

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