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Automatic Extraction of Corresponding-Points for Image Registration

机译:自动提取图像配准的对应点

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摘要

Recently, multi-sensor image fusion systems and related applications have been widely investigated. In an image fusion system, robust and accurate multi-modal image registration is essential. In the conventional method, the image registration process starts with manually-pointed corresponding pairs in both sensored images. Using these corresponding pairs, a transform matrix is initialized and refined through an optimization process. In this paper, we propose a new automatic extraction method for such corresponding pairs. The Harris corner detector is employed to extract feature points in both EO/IR images individually. Patches around the detected feature points are matched with a probabilistic criterion, mutual information (MI), which is a preferred measure for image registration due to its robust and accurate performance. Simulation results show that the proposed scheme has a low time complexity and extracts corresponding pairs well.
机译:近来,多传感器图像融合系统和相关应用已被广泛研究。在图像融合系统中,鲁棒且准确的多模式图像配准至关重要。在常规方法中,图像配准过程从两个感测图像中的手动指向的对应对开始。使用这些对应的对,通过优化过程初始化和优化变换矩阵。在本文中,我们针对此类对应对提出了一种新的自动提取方法。哈里斯拐角检测器用于分别提取两个EO / IR图像中的特征点。检测到的特征点周围的补丁与概率标准互信息(MI)匹配,这是图像配准的首选措施,因为它具有鲁棒且准确的性能。仿真结果表明,该方案具有较低的时间复杂度,可以很好地提取出相应的对。

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