CLAICVNov 27, 2023

Vision Enhancing LLMs: Empowering Multimodal Knowledge Storage and Sharing in LLMs

arXiv:2311.15759v26 citationsh-index: 13Has Code
Originality Incremental advance
AI Analysis

This work addresses the limitation of existing multimodal LLMs in leveraging visual knowledge to boost LLM capabilities, offering a domain-specific enhancement for AI systems requiring multimodal understanding.

The paper tackles the problem of enhancing large language models (LLMs) by integrating visual knowledge, proposing MKS2 with Modular Visual Memory and Mixture of Multimodal Experts to improve reasoning in physical and commonsense contexts, achieving competitive results on multimodal benchmarks.

Recent advancements in multimodal large language models (MLLMs) have achieved significant multimodal generation capabilities, akin to GPT-4. These models predominantly map visual information into language representation space, leveraging the vast knowledge and powerful text generation abilities of LLMs to produce multimodal instruction-following responses. We could term this method as LLMs for Vision because of its employing LLMs for visual understanding and reasoning, yet observe that these MLLMs neglect the potential of harnessing visual knowledge to enhance the overall capabilities of LLMs, which could be regarded as Vision Enhancing LLMs. In this paper, we propose an approach called MKS2, aimed at enhancing LLMs through empowering Multimodal Knowledge Storage and Sharing in LLMs. Specifically, we introduce Modular Visual Memory (MVM), a component integrated into the internal blocks of LLMs, designed to store open-world visual information efficiently. Additionally, we present a soft Mixture of Multimodal Experts (MoMEs) architecture in LLMs to invoke multimodal knowledge collaboration during text generation. Our comprehensive experiments demonstrate that MKS2 substantially augments the reasoning capabilities of LLMs in contexts necessitating physical or commonsense knowledge. It also delivers competitive results on image-text understanding multimodal benchmarks. The codes will be available at: https://github.com/HITsz-TMG/MKS2-Multimodal-Knowledge-Storage-and-Sharing

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