- Research Article
- 10.5120/ijca2026926252
A Knowledge-Graph–Driven Multimodal Large Model for Semantic Understanding and Controllable Generation of Intangible Cultural Heritage
- Jan 31, 2026
- International Journal of Computer Applications
- Jundi Yang + 1 more +1
Intangible Cultural Heritage (ICH) encompasses complex layers of symbolic meaning expressed through motifs, crafts, rituals, and regional traditions.Contemporary multimodal generative models frequently overlook such domain-specific semantics, leading to visually appealing but culturally inaccurate outputs.To address this limitation, this paper introduces a unified knowledge-graph-driven multimodal generation framework that couples a structured ICH Knowledge Graph (KG), a domain-adapted Large Language Model (LLM), and a controllable diffusion-based text-to-image generator.The KG organizes motifs, techniques, symbolic associations, and regional contexts into a structured semantic space, which the LLM leverages to interpret user queries and retrieve culturally grounded constraints.These constraints are injected into the diffusion model through a multi-stage semantic fusion mechanism, enabling culturally faithful and controllable image synthesis.Experimental results across three curated ICH datasets demonstrate that the proposed framework outperforms representative baselines in cultural semantic accuracy, text-image alignment, and robustness to linguistic variation.The proposed approach provides a principled pathway for integrating symbolic cultural knowledge with modern generative models, supporting large-scale preservation, computational interpretation, and creative revitalization of intangible cultural heritage.
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