Abstract
This paper describes an 8 cyclically configured light capturing and projection configurations that utilizes 12 distributed sensors where 8 sub image projections of a visible scene will be combined to produce a composite image projection. The entire system of 8 light capturing and projection configurations will consists of 8 actively utilized concave mirror sections, 8 beam splitters, 8 category type 2 sensors, 4 category type 1 sensors and multiple reflectors. The 8 light capturing and projection configurations will have the capability to collectively capture light rays that are coming from the scene in front of the entire system. And the 8 cyclically configured light capturing and projection configurations, will have the capability to collectively project 8 image projections of the visible scene. During this collective projection procedure, the 12 containing distributed sensors, which will be configured in a cyclic and a distributed manner, will have the capability to collectively capture 8 sub image projections of a visible scene. These captured 8 sub image projections of a visible scene can be combined into producing the total image projection of the visible scene.
Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.
Recommended Citation
abeysekera, punarjeewa, "The 8 cyclically configured light Capturing and Projection Configurations that utilizes 12 Distributed Sensors where 8 Sub Image Projections of a visible Scene will be combined to produce a Composite Image Projection.", Technical Disclosure Commons, (February 09, 2025)
https://www.tdcommons.org/dpubs_series/7826