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    Comparing static and moving display modes for large dataset visualization, this study found no significant difference in recall at a fixed pace. Moving mode, however, led users to perceive a slower pace, influencing their search behavior and potentially reducing accuracy.

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    Area of Science:

    • Information Visualization
    • Human-Computer Interaction
    • Cognitive Psychology

    Background:

    • Effective visualization is crucial for identifying items in large datasets, especially when metadata is insufficient for automated queries.
    • Users often resort to visual inspection, necessitating efficient display modes for rapid item discovery.
    • Two distinct display metaphors, static (page-based) and moving (conveyor belt), are commonly considered for such tasks.

    Purpose of the Study:

    • To compare the effectiveness, efficiency, and user satisfaction of static versus moving display modes for visual search in large datasets.
    • To investigate how different display modes influence user search strategies and performance.
    • To analyze the impact of predefined versus user-controlled pace on search outcomes.

    Main Methods:

    • Two experiments were conducted with 18 participants performing visual search tasks on large image collections.
    • Participants used either a static (page-based grid) or a moving (continuous flow grid) display mode.
    • The pace of image presentation was controlled, either predefined or user-set, across the experiments.

    Main Results:

    • At a fixed presentation pace, neither display mode significantly impacted the number of target items recalled (recall).
    • Users perceived the moving mode as slower, leading them to select a faster real pace compared to the static mode.
    • This adjustment in pace for the moving mode resulted in an equal average number of target images found per second across both modes, but at a potential cost to overall recall.

    Conclusions:

    • Display mode (static vs. moving) has no significant effect on recall when the presentation pace is fixed.
    • User perception of pace influences search behavior; moving displays may encourage faster real-time searching at the expense of thoroughness.
    • Designers should consider the interplay between display metaphor, perceived pace, and user search strategies to optimize information visualization tools.