Abstract
This paper describes a center hollow invisible heads-up display that partially occludes the central portion of the field of vision where the heads-up display provides greater spatial awareness of the real world by making the heads-up display invisible when not actively utilizing it and by making the heads-up display visible when actively utilizing it, utilizing eye gaze tracking. The entire center hollow invisible heads-up display methodology will utilize the main center hollow invisible heads-up display in conjunction with an always visible miniaturized copy of the main center hollow invisible heads-up display. The user of the center hollow invisible heads-up display that partially occludes the central portion of the field of vision, in conjunction with the always visible miniaturized copy of the main center hollow invisible heads-up display, gains the capability to effectively perceive the information on the center hollow invisible heads-up display, even when the user is not actively utilizing the center hollow invisible heads-up display, and even when the center hollow invisible heads-up display is invisible. The whole composite heads-up display methodology will require to utilize an eye tracking methodology that will enable to detect the active utilization of the main center hollow invisible heads-up display, which will be determined by the eye gazing patterns of the user. When the user requires to observe the content on the main center hollow invisible heads-up display, he or she will be required to move the eye gaze within inside the virtual area occupied by the main center hollow invisible heads-up display.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Center Hollow Invisible Heads-Up Display that Partially Occludes the Central Portion of the Field of Vision Where the Heads-Up Display Provides Greater Spatial Awareness of the Real World by Making the Heads-Up Display Invisible When Not Actively Utilizing it and by Making the Heads-Up Display Visible when Actively Utilizing it, Utilizing Eye Gaze Tracking.", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/12212