A Survey of Large High-Resolution Display Technologies, Techniques, and Applications (PDF)

Virtual Reality Conference, IEEE 01/2006; DOI: 10.1109/VR.2006.20


Continued advances in display hardware, computing power, networking, and rendering algorithms have all converged to dramatically improve large high-resolution display capabilities. We present a survey on prior research with large high-resolution displays. In the hardware configurations section we examine systems including multi-monitor workstations, reconfigurable projector arrays, and others. Rendering and the data pipeline are addressed with an overview of current technologies. We discuss many applications for large high-resolution displays such as automotive design, scientific visualization, control centers, and others. Quantifying the effects of large high-resolution displays on human performance and other aspects is important as we look toward future advances in display technology and how it is applied in different situations. Interacting with these displays brings a different set of challenges for HCI professionals, so an overview of some of this work is provided. Finally, we present our view of the top ten greatest challenges in large highresolution displays.

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    ABSTRACT: Abstract In this contribution, we examine how visualization on an ultra high-resolution display wall can augment force-field research in the field of molecular modeling. Accurate force fields are essential for producing reliable simulations, and subsequently important for several fields of applications (e.g. rational drug design and biomolecular modeling). We discuss how using HORNET, a recently constructed specific ultra high-resolution tiled display wall, enhances the visual analytics that are necessary for conformational-based interpretation of the raw data from molecular calculations. Simultaneously viewing multiple potential energy graphs and conformation overlays leads to an enhanced way of evaluating force fields and in their optimization. Consequently, we have integrated visual analytics into our existing Wolf2Pack workflow. We applied this workflow component to analyze how major AMBER force fields (Parm14SB, Gaff, Lipid14, Glycam06j) perform at reproducing the quantum mechanics relative energies and geometries of saturated hydrocarbons. Included in this comparison are the 1996 OPLS force field and our newly developed ExTrM force field. While we focus on atomistic force fields the ideas presented herein are generalizable to other research areas, particularly those that involve numerous representations of large data amounts and whose simultaneous visualization enhances the analysis.
    Journal of Molecular Graphics and Modelling 09/2015; 62:174-180. DOI:10.1016/j.jmgm.2015.09.014 · 1.72 Impact Factor
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    • "There is considerable research on combining several modalities to interact with Large Screen Displays. Ni et al. [13] surveyed several interaction techniques using mid-air spacial gestures, handheld controllers or touch surfaces to navigate in 3D space. As shown by Jota et al. [8], gestures provide a hands–free solution and can be used precisely to acquire targets on the screen, while allowing mobility around the space in front of the display. "
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    • "However, despite the large number of research being done, the ideal way to interact with large displays has not been discovered yet. Ni et al. [3] present a Survey which addresses some criteria that must be met when dealing with this kind of display. "
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