Many optical--see-through displays have a relatively narrow field of view. However, a limited field of view can constrain how information can be presented and searched through. To understand these constraints, we present a series of experiments that address the interrelationships between field of view, information density, and search performance. We do so by simulating various fields of view using two approaches: limiting the field of view presented on a Microsoft HoloLens optical--see-through head-worn display and dynamically changing the portion of a large tiled-display wall on which information is presented, for head-tracked users in both cases. Our results indicate a significant effect of information density and field of view on search performance, with potential search performance benefits of using a larger FOV between ca. 7--28%. Furthermore, while grids guided visual search, they did not significantly affect performance.
Authors: Christina Trepkowski, David Eibich, Jens Maiero, Alexander Marquardt, Ernst Kruijff, Steven Feiner
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