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User experience with ultrawide curved displays: A mixed methods analysis.

Kaitlin M Gallagher1, Anita Vasavada2, Gary Austin1

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Ultrawide (UW) curved displays offer immersive experiences but may necessitate larger workspaces. Increased display size led to greater viewing distances and head twisting, impacting user comfort and workstation ergonomics.

Keywords:
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Area of Science:

  • Human-Computer Interaction
  • Ergonomics
  • Display Technology

Background:

  • Growing adoption of ultrawide (UW) curved displays replacing traditional dual-monitor setups.
  • Need to understand user experience and ergonomic implications of UW curved displays.

Purpose of the Study:

  • To investigate user experience with ultrawide (UW) curved displays.
  • To quantify user self-selected viewing positions and head movement for UW curved displays compared to a standard flat panel display.

Main Methods:

  • Mixed methods analysis combining experimental laboratory study.
  • Quantified user self-selected positions for 24-inch flat, 34-inch UW curved, and 40-inch UW curved displays.
  • Measured viewing distances and head twist range of motion after a familiarization protocol.

Main Results:

  • Self-selected viewing distances for UW curved displays were within recommendations.
  • Viewing distance increased with display size, potentially exceeding shallow workstation depths.
  • Head twist range of motion increased with display width; users preferred less head twisting.

Conclusions:

  • Ultrawide curved displays may require deeper workstations due to increased viewing distances.
  • Reduced head twisting is a significant factor in user preference for smaller UW curved displays (e.g., 34-inch over 40-inch).
  • Workstation limitations and neck twist angles must be assessed when implementing ultrawide displays.