Multi-modal pre-training models have been intensively explored to bridge vision and language in recent years. However, most of them explicitly model the cross-modal interaction between image-text pairs, by assuming that there exists strong semantic correlation between the text and image modalities. Since this strong assumption is often invalid in real-world scenarios, we choose to implicitly model the cross-modal correlation for large-scale multi-modal pre-training, which is the focus of the Chinese project `WenLan' led by our team. Specifically, with the weak correlation assumption over image-text pairs, we propose a two-tower pre-training model called BriVL within the cross-modal contrastive learning framework. Unlike OpenAI CLIP that adopts a simple contrastive learning method, we devise a more advanced algorithm by adapting the latest method MoCo into the cross-modal scenario. By building a large queue-based dictionary, our BriVL can incorporate more negative samples in limited GPU resources. We further construct a large Chinese multi-source image-text dataset called RUC-CAS-WenLan for pre-training our BriVL model. Extensive experiments demonstrate that the pre-trained BriVL model outperforms both UNITER and OpenAI CLIP on various downstream tasks.

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Results from the Paper

Task Dataset Model Metric Name Metric Value Global Rank Result Benchmark
Image Retrieval AIC-ICC CMCL Recall@1 14.4 # 2
Recall@10 39.1 # 2
Recall@5 39.1 # 1
Image-to-Text Retrieval AIC-ICC CMCL Recall@1 20.3 # 2
Recall@5 37 # 2
Recall@10 45.6 # 2
Image Captioning AIC-ICC CMCL BLEU 66.1 # 1
METEOR 41.1 # 1
ROUGE-L 71.9 # 1
CIDEr 220.7 # 1
Image Retrieval RUC-CAS-WenLan CMCL Recall@1 36 # 1
Recall@5 55.4 # 1
Recall@10 62.1 # 1
Image-to-Text Retrieval RUC-CAS-WenLan CMCL Recall@1 36.1 # 1
Recall@5 55.5 # 1
Recall@10 62.2 # 1