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Simultaneous Digital Focusing and Motion Blur Removal using Segmentation-Based Adaptive Regularization

机译:使用基于分段的自适应正规化的同步数字聚焦和运动模糊去除

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Recently, many image processing systems are required to offer high-quality images. For example, when we use a surveillance system with a digital camcorder and a digital video recorder, it is highly probable that the acquired image suffers from various image degradation, such as motion blur and out-of-focus blur. With such degradation, we cannot obtain important information. This is mainly caused by limited performance of image formation system. In this work, we investigate the causes of focus blur and motion blur. With the simultaneous formulation of the corresponding degradation, we propose a spatially adaptive regularization algorithm for restoring out-of-focus and motion blurred images. Accordingly, we present a method to estimate blur parameters and a segmentation method for spatially adaptive processing.
机译:最近,许多图像处理系统都需要提供高质量的图像。例如,当我们使用具有数字摄像机和数字视频录像机的监视系统时,所获取的图像具有各种图像劣化,例如运动模糊和焦焦模糊。通过这种劣化,我们无法获得重要信息。这主要是由于图像形成系统的有限性能引起的。在这项工作中,我们调查了焦点模糊和运动模糊的原因。随着相应的降解的同时制定,我们提出了一种空间自适应正规化算法,用于恢复焦点和运动模糊图像。因此,我们提出了一种估计模糊参数的方法和用于空间自适应处理的分段方法。

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