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Point-cut: Fixation point-based image segmentation using random walk model

机译:切点:使用随机游走模型的基于固定点的图像分割

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When we see a scene, the visual saliency attracts our eyes at the first glance, and the human visual system (HVS) controls eye lens to focus on the salient object. Inspired by the HVS mechanism, we propose a fixation point-based image segmentation method using a random walk model, called Point-Cut. For a given image, we first adopt the visual saliency to find the regions that humans seldom or never fixate on, which are regard as background regions. Then, we segment the whole object regions where HVS focus the fixation using the superpixel based a random walk model. Experimental results show that the proposed method successfully segments foreground objects around the fixation point and achieves good performance even with the minimum user interaction comparable to state-of-the-art interactive image segmentation methods.
机译:当我们看到一个场景时,视觉突显力一眼就吸引了我们的眼睛,而人类视觉系统(HVS)则控制着眼镜聚焦在突出的物体上。受HVS机制的启发,我们提出了一种使用称为点切(Point-Cut)的随机游走模型的基于固定点的图像分割方法。对于给定的图像,我们首先采用视觉显着性来查找人类很少或永远不会凝视的区域,这些区域被视为背景区域。然后,我们使用基于超像素的随机游走模型,将HVS集中注视的整个对象区域分割开。实验结果表明,所提出的方法可以成功地将前景对象分割在固定点周围,并且即使在最小的用户交互作用下,也能获得与最新的交互式图像分割方法相当的性能。

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