Abstract
This paper describes a composite virtual content viewing system that provides an immersive virtual content observing space for greater virtual immersion. The composite virtual content viewing system that provides an immersive virtual content observing space for greater virtual immersion, contain a main structural part. The main structural part will contain a projection system for the left eye and a projection system for the right eye. The projection system for the left eye contains a collection of configurations that have the capability to effectively function as a collection of converging lenses, a collection of transparent configurations that have the capability to hold the collection of configurations in their positions in 3D space, a video projection display and an enclosure. The projection system for the right eye contains a collection of configurations that have the capability to effectively function as a collection of converging lenses, a collection of transparent configurations that have the capability to hold the collection of effective lens configurations in their positions in 3D space, a video projection display and an enclosure. The composite virtual content viewing system by utilizing the collection of effective lens configurations and the collection of video projection displays it contains, will have the capability to provide the user of the composite virtual content viewing system with the capability to experience an immersive virtual content observing space.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The Composite Virtual Content Viewing System that Provides an Immersive Virtual Content Observing Space for Greater Virtual Immersion.", Technical Disclosure Commons, (February 03, 2026)
https://www.tdcommons.org/dpubs_series/9268