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Research map / Detection and segmentation / CNN features

Inferring Attention Shift Ranks of Objects for Image Saliency

CVPR 2020 · Detection and segmentation › CNN features · approach: RGB salient object detection · 42 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
use the proposed attention-shift rank model instead of RSDNetSaliency rank prediction · Saliency rank dataset testSOR: 0.728 -> 0.792Helped
use the proposed attention-shift rank model instead of S4NetSaliency rank prediction · Saliency rank dataset testSOR: 0.891 -> 0.792Hurt
use the proposed model instead of CPD-RSaliency rank prediction · Saliency rank dataset testMAE: 0.100 -> 0.101Hurt
add SAM to the backbone and rank network (ablation)BbSR · Saliency rank dataset testSOR: 0.773 -> 0.782Helped
add SAM to the backbone and rank network (ablation)BbSR · Saliency rank dataset testMAE: 0.109 -> 0.101Helped
add SMM to the backbone and rank network (ablation)BbSR · Saliency rank dataset testSOR: 0.773 -> 0.769Hurt
add SMM to the backbone and rank network (ablation)BbSR · Saliency rank dataset testMAE: 0.109 -> 0.111Hurt
add SMM to a model with SAM (ablation)BbSR+SAM · Saliency rank dataset testSOR: 0.782 -> 0.792Helped
add SMM to a model with SAM (ablation)BbSR+SAM · Saliency rank dataset testMAE: 0.101 -> 0.101No clear effect

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