Mengyao Zhu
Author directory2026
ExhibitionBench: A Multi-Source, Multi-Task Benchmark for Evaluating LLMs as Exhibition Curation Assistants
Mengze Hong | Sun Yanjie | Mengyao Zhu | Chen Jason Zhang | Di Jiang | Huang Guoqiong Ivanka | Haoyang LI | Zhiqiang Kou | Shuning Zhang | Wangze Ni | Enhao Huang | Zeyang Lei | Xia Zeng | Sheng Wang | Di Liang
Proceedings of the 2026 Conference on Empirical Methods in Natural Language Processing: Industry Track
Mengze Hong | Sun Yanjie | Mengyao Zhu | Chen Jason Zhang | Di Jiang | Huang Guoqiong Ivanka | Haoyang LI | Zhiqiang Kou | Shuning Zhang | Wangze Ni | Enhao Huang | Zeyang Lei | Xia Zeng | Sheng Wang | Di Liang
Proceedings of the 2026 Conference on Empirical Methods in Natural Language Processing: Industry Track
Cultural reasoning lies at the core of many emerging AI applications, yet existing benchmarks provide limited insight into how well models understand and contextualize cultural artifacts. We introduce ExhibitionBench, the first benchmark that frames exhibition curation as a high-level evaluation testbed, comprising 300 institution-derived exhibition and thematic collection records, 23,658 artifacts, and three interconnected tasks that evaluate complementary aspects of cultural understanding and reasoning, translating them into user-perceivable utilities. Extensive experiments across 29 systems reveal a significant gap between frontier LLMs and expert-level competence, particularly on tasks that require collection-level coherence and thematic understanding. Performance gains from scaling, prompting, and multimodal inputs are limited and highly model-dependent, whereas tailored model optimizations can equip open-weight models with better capabilities that support on-premise deployment. These findings highlight the difficulty of reasoning over cultural collections and provide a practical benchmark for developing more culturally grounded and reliable AI systems. The full project is released at https://github.com/mengze-hong/ExhibitionBench.