Intelligent Image Saliency Detection Method Based on Convolution Neural Network Combining Global and Local Information

Songshang Zou, Wenshu Chen, Hao Chen
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引用次数: 1

Abstract

Image saliency object detection can rapidly extract useful information from image scenes and further analyze it. At present, the traditional saliency target detection technology still has the edge of outstanding target that cannot be well preserved. Convolutional neural network (CNN) can extract highly general deep features from the images and effectively express the essential feature information of the images. This paper designs a model which applies CNN in deep saliency object detection tasks. It can efficiently optimize the edges of foreground objects and realize highly efficient image saliency detection through multilayer continuous feature extraction, refinement of layered boundary, and initial saliency feature fusion. The experimental result shows that the proposed method can achieve more robust saliency detection to adjust itself to complex background environment.
结合全局和局部信息的卷积神经网络图像显著性智能检测方法
图像显著性目标检测可以快速地从图像场景中提取有用信息并进行进一步分析。目前,传统的显著性目标检测技术仍然存在不能很好保存突出目标边缘的问题。卷积神经网络(CNN)可以从图像中提取高度通用的深度特征,有效地表达图像的本质特征信息。本文设计了一个将CNN应用于深度显著性目标检测任务的模型。该算法通过多层连续特征提取、分层边界细化和初始显著性特征融合,有效地优化前景目标边缘,实现高效的图像显著性检测。实验结果表明,该方法具有较强的鲁棒性,能够适应复杂的背景环境。
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