Knowledge Is Powerful: Art Knowledge-Driven Framework for Painting Style Classification Integrating Multimodal Knowledge

Paintings possess profound cultural and historical backgrounds. Unlike real-life images, they convey complex semantics beyond simple visual features. This diversity and complexity make painting style classification highly challenging, and many popular visual models struggle with it. To address this issue, we propose an art knowledge-driven framework(AKDF) to improve models’ comprehension of art knowledge. AKDF utilizes multimodal models and prompts to extract style-related textual descriptions from images. Text and image features will be fused in enhanced bilinear pooling module, thus integrating art knowledge into the output features. Additionally, we design a contrastive learning auxiliary task based on label embeddings to introduce further art knowledge about style labels. Besides, AKDF incorporates texture features and adds another genre classification auxiliary task to provide more painting information. We constructs two datasets based on WikiArt due to its comprehensive and challenging nature. The extensive experiment results demonstrate the superiority of the AKDF, which effectively develops the performance of various models by over three percentage points across two datasets.

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Publication Details

Published
2025-03-12
DOI
https://doi.org/10.1109/icassp49660.2025.10889499
Primary Topic
Aesthetic Perception and Analysis
Type
article
Field-Weighted Citation Impact
0.00

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article

Knowledge Is Powerful: Art Knowledge-Driven Framework for Painting Style Classification Integrating Multimodal Knowledge

Chongjun Wang, Yi Xin, Haoyang Chen, Lei Zhang
Aesthetic Perception and Analysis
article

Knowledge Is Powerful: Art Knowledge-Driven Framework for Painting Style Classification Integrating Multimodal Knowledge

Chongjun Wang, Yi Xin, Haoyang Chen, Lei Zhang
article en

Abstract

Paintings possess profound cultural and historical backgrounds. Unlike real-life images, they convey complex semantics beyond simple visual features. This diversity and complexity make painting style classification highly challenging, and many popular visual models struggle with it. To address this issue, we propose an art knowledge-driven framework(AKDF) to improve models’ comprehension of art knowledge. AKDF utilizes multimodal models and prompts to extract style-related textual descriptions from images. Text and image features will be fused in enhanced bilinear pooling module, thus integrating art knowledge into the output features. Additionally, we design a contrastive learning auxiliary task based on label embeddings to introduce further art knowledge about style labels. Besides, AKDF incorporates texture features and adds another genre classification auxiliary task to provide more painting information. We constructs two datasets based on WikiArt due to its comprehensive and challenging nature. The extensive experiment results demonstrate the superiority of the AKDF, which effectively develops the performance of various models by over three percentage points across two datasets.

Nanjing University (CN)
National Natural Science Foundation of China, National Social Science Fund of China
Openalex Percentile: Top 96%
Aesthetic Perception and Analysis
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Knowledge Is Powerful: Art Knowledge-Driven Framework for Painting Style Classification Integrating Multimodal Knowledge — Chongjun Wang, Yi Xin, et al. · (2025) | TGRS Research Map | TGRS