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Research map / Label-efficient and robust learning / Recognition and long-tail

Semantic Regularisation for Recurrent Image Annotation

CVPR 2017 · Label-efficient and robust learning › Recognition and long-tail · approach: Loss design and classifier theory · 106 citations (OpenAlex)

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Measured effects reported in the paper

What was changedWhereMeasuredEffect
Add semantic regularisation at the CNN-RNN interface (ablation)CNN-RNN image captioning · MS COCO validation splitCIDEr: 0.932 -> 1.054Helped
Add deep supervision to the CNN embedding (ablation)CNN-RNN image captioning · MS COCO validation splitCIDEr: 0.932 -> 1.006Helped
Use the semantically explicit prediction layer instead of the penultimate feature layer as the RNN embedding (ablation)Deeply supervised CNN-RNN · MS COCO validation splitCIDEr: 1.006 -> 1.054Helped
Add 1K noisy user tags as side informationS-CNN-RNN · NUS-WIDEO-F1: 70.96 -> 77.15Helped
Fine-tune the CNN end-to-end rather than fixing its weightsS-CNN-RNN with 1K noisy tags · NUS-WIDEO-F1: 76.77 -> 77.15Helped
Add 1K noisy user tags as side informationS-CNN-RNN · Microsoft COCO multi-label classificationO-F1: 72.47 -> 75.16Helped

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