Core Concepts
Context-Based Multimodal Fusion (CBMF) offers an effective and economical solution for solving complex multimodal tasks by combining modality fusion and data distribution alignment.
Abstract
Multimodal fusion involves harmonizing disparate modalities into a cohesive representation space.
Challenges in multimodal fusion include information misalignment and modality discrepancy.
Multimodal alignment techniques address these challenges by synchronizing and harmonizing information across modalities.
CBMF integrates fusion and alignment, aligning large pre-trained models efficiently.
Experiments demonstrate CBMF's effectiveness in enhancing text-text fusion, image classification, and image-text retrieval.
Stats
"CBMF offers an effective and economical solution for solving complex multimodal tasks."
"CBMF integrates fusion and contrastive learning for a resource-efficient learning approach."
"CBMF preserves the semantic information from the original space to the projection space by leveraging large pre-trained models."
Quotes
"CBMF offers an effective and economical solution for solving complex multimodal tasks."
"CBMF integrates fusion and contrastive learning for a resource-efficient learning approach."
"CBMF preserves the semantic information from the original space to the projection space by leveraging large pre-trained models."