Remote sensing target detection based on visual saliency guidance and classifier fusion | |
Bi, Fukun ; Gao, Lining ; Long, Teng ; Yang, Jian | |
刊名 | hongwai yu jiguang gongchenginfrared and laser engineering
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2011 | |
英文摘要 | It has much realistic significance to rapidly detect targets for large-field remote sensing images, especially within limited computation resources. Inspired by the cognitive characteristic and structure of selective attention in the human visual system, a novel model of target detection based on visual attention mechanism was presented, which combined bottom-up visual saliency and top-down interpretation of salient-region. In this proposed model, the detection was divided into three serial stages: pre-attention, attention and post-attention. Specifically, an adaptive and morphological strategy was employed to generate saliency map for selecting salient regions from entire scene rapidly. Finally, to discriminate the task-related targets from other similar salient-objects, a top-down and task-dependent method based on the classifier fusion technique was introduced. The comparative experiments over a ship detection task validate the effectiveness of the proposed model. Simultaneously, in such a manner of hierarchical and concentrative computation, the system resources can be reasonably distributed.; EI; 0; 10; 2058-2064; 40 |
语种 | 英语 |
内容类型 | 期刊论文 |
源URL | [http://ir.pku.edu.cn/handle/20.500.11897/294537] ![]() |
专题 | 信息科学技术学院 |
推荐引用方式 GB/T 7714 | Bi, Fukun,Gao, Lining,Long, Teng,et al. Remote sensing target detection based on visual saliency guidance and classifier fusion[J]. hongwai yu jiguang gongchenginfrared and laser engineering,2011. |
APA | Bi, Fukun,Gao, Lining,Long, Teng,&Yang, Jian.(2011).Remote sensing target detection based on visual saliency guidance and classifier fusion.hongwai yu jiguang gongchenginfrared and laser engineering. |
MLA | Bi, Fukun,et al."Remote sensing target detection based on visual saliency guidance and classifier fusion".hongwai yu jiguang gongchenginfrared and laser engineering (2011). |
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