Aug 2026· Multimedia Systems· Vol 32· 0 citations· 28 references
TL;DR
EKS is a novel framework that leverages entity relations in commonsense knowledge graphs to dynamically generate knowledge sentences relevant to both visual and textual entities and formulates knowledge selection as a relevance scoring problem, where semantic similarity is used to measure the relevance between knowledge candidates and the input question.
This work proposes a TextVQA framework that integrates external prior knowledge to support multimodal reasoning and demonstrates that this approach effectively leverages external knowledge to improve performance on knowledge-intensive questions.
Dynamic Multi-Path Retrieval for KB-VQA (DMRAG) is proposed, which re-trieves candidates through multiple retrieval paths that capture complementary visual and semantic cues and performs Question-Adaptive Gated Fusion to balance contributions from different modalities according to the query’s information need.
Zeyu Song, Yimin Deng, Yu-Xin Zhang et al.· Proceedings of the Thirty-Fi...· 0 citations
Knowledge-based Visual Question Answering aims to answer questions about an image by integrating external knowledge with visual and textual information. Recent approaches often rely on in-context learning to prompt Large Language Models (LLMs) with multimodal context in a zero-shot or few-shot manner. However, we obser...
Qiyou Liu, Yong Zhang, Jianjie Luo et al.· 1 citation
KBMR is proposed, the first MLLM-based embedding retriever tailored for KB-VQA, and an MLLM-based semantic discriminator that generates continuous entity-consistency weights is introduced to tackle the challenge of noisy supervision in Wikipedia-scale retrieval.
Hang-Rui Xu, Zheng-Xian Wu, Yu Yu et al.· 0 citations
This work proposes an inference-time evidence augmentation framework for frozen-LLM-based KB-VQA that focuses on how question-relevant multimodal evidence can be systematically constructed, refined, and organized before LLM inference.
This work proposes a visual question answering model based on autonomous multi-modal knowledge learning, in which large-scale multi-modal knowledge is first accumulated by constructing pseudo data, and then dynamically filtered and iteratively updated through an autonomous updating strategy to reduce noise and improve...
Yuanlong Wang, Zhi-Ru Xu, Hou-Shuai Wang et al.· Multimedia tools and applica...· 0 citations
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