Offsetting Perceptual Bias in Visual Clustering: The Role of Point Size Adjustment in Variable Display Sizes
<|reference_start|>Offsetting Perceptual Bias in Visual Clustering: The Role of Point Size Adjustment in Variable Display Sizes: Scatterplots are frequently shared across different displays in collaborative and communicative visual analytics. However, variations in displays diversify scatterplot sizes. Such variations can influence the perception of clustering patterns, introducing potential biases leading to misinterpretations in cluster analysis. In this research, we explore how scatterplot size affects cluster assignment and investigate how we can offset such bias. We first conduct a controlled study asking participants to perform visual clustering on scatterplots of varying sizes. We found that changes in scatterplot size significantly alter cluster perception in three key features. In our subsequent experiment, we examine how adjusting point sizes can mitigate this bias. As a result, we verify that adjusting point size can effectively counteract the perceptual biases caused by varying scatterplot sizes. We wrap up our research by discussing the necessity and applicability of our findings in realworld applications.<|reference_end|>
@article{yang2024offsetting,
    title={Offsetting Perceptual Bias in Visual Clustering: The Role of Point Size
  Adjustment in Variable Display Sizes},
    author={Taehyun Yang, Hyeon Jeon, Jinwook Seo},
    journal={arXiv preprint arXiv:2407.16322},
    year={2024},
    archivePrefix={arXiv},
    eprint={2407.16322},
    primaryClass={cs.HC}
}