A role-annotated guideline scheme makes visualization design knowledge machine-queryable and source-traceable, demonstrated with a 744-guideline catalog and embedding-based analyses.
Understanding Why ChatGPT Outperforms Humans in Visualization Design Advice
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abstract
This paper investigates why recent generative AI models outperform humans in data visualization knowledge tasks. Through systematic comparative analysis of responses to visualization questions, we find that differences exist between two ChatGPT models and human outputs over rhetorical structure, knowledge breadth, and perceptual quality. Our findings reveal that ChatGPT-4, as a more advanced model, displays a hybrid of characteristics from both humans and ChatGPT-3.5. The two models were generally favored over human responses, while their strengths in coverage and breadth, and emphasis on technical and task-oriented visualization feedback collectively shaped higher overall quality. Based on our findings, we draw implications for advancing user experiences based on the potential of LLMs and human perception over their capabilities, with relevance to broader applications of AI.
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cs.HC 1years
2025 1verdicts
CONDITIONAL 1representative citing papers
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Structured Visualization Design Knowledge for Grounding Generative Reasoning and Situated Feedback
A role-annotated guideline scheme makes visualization design knowledge machine-queryable and source-traceable, demonstrated with a 744-guideline catalog and embedding-based analyses.