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@InProceedings{ISMAR26-hce,
  author =      {Junhwan Kim and Carlos Montalto and J. Edward {Swan~II} and
                 Mohammed Safayet Arefin},
  title =       {Human-centric Evaluation of Enhanced Legibility of Out-of-Focus
                 Virtual Fonts During the Incomplete Eye Accommodation},
  booktitle =   {IEEE International Symposium on Mixed and Augmented Reality
                 Adjunct (ISMAR-Adjunct)},
  year =        2026,
  location =    {Bari, Italy}, 
  publisher =   {IEEE Computer Society},
  date =        {October 5--9},
  month =       {October},
  note =        {in press},
  abstract =    {
During focal distance switching in Optical see-through (OST) augmented reality 
(AR) systems, users need to continuously change the shape of their eyes 
(accommodation) to see information sharply at different focal distances. In 
addition, when the eye adapts to a new focal distance (which takes around 360 to 
480 milliseconds), the view of the information becomes blurred, resulting in 
transient out-of-focus blur. In this research, we investigate a 
perception-driven approach based on image pre-correction, in which displayed 
text is optimized to appear sharper during out-of-focus periods (SharpView 
Font). We conducted a controlled user study with a commercial OST AR headset, 
explicitly accounting for accommodation latency and perceptual design 
parameters. Our results revealed that SharpView text performance under defocused 
viewing conditions is determined by the specific combination of perceptual 
design parameters and the content's geometric characteristics. 
}, 
}