Salient Region Detection Based on Spatial Weight Map

Shelmy Mathai, Paul P. Mathai
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Abstract

Saliency detection is defined to be a key attention mechanism by enabling organisms to focus their limited perceptual and cognitive resources of available sensory data. In short, saliency detection is nothing but detecting the more attracted regions in an image. Like a loud noise in a quite environment saliency is the contras-tic difference between the visually attracted items and their neighborhood. Detecting those attracted areas in the image is termed to be saliency detection. We proposed a novel salient region detection method by integrating four features namely boundary information, frequency weight map, global contrast and color spatial variance. Finally, the saliency map is defined as being the average of the three feature maps added by color spatial variance. Experimental result shows that the proposed method produce better performance compared to the state-of-the-art of methods. The programming and simulation of the processes as well as the analysis of the results were done using MATLAB.
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基于空间权重图的显著区域检测
显著性检测被定义为一种关键的注意机制,它使生物体能够集中有限的感知和认知资源,即可用的感官数据。简而言之,显著性检测只不过是检测图像中更吸引的区域。就像安静环境中的嘈杂声一样,显著性是视觉上吸引的物品与其周围环境之间的对比差异。检测图像中吸引的区域称为显著性检测。提出了一种融合边界信息、频率权值图、全局对比度和色彩空间方差四个特征的显著区域检测方法。最后,将显著性图定义为由色彩空间方差相加的三个特征图的平均值。实验结果表明,与现有的方法相比,该方法具有更好的性能。利用MATLAB对工艺进行了编程和仿真,并对结果进行了分析。
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