Abstract

This paper describes a triple resolution camera that contains 3 sensors with 3 unique resolution levels where the 3 sensors will effectively capture the same image visible to the containing camera lens. The entire triple resolution camera will consist of a commonly utilized convex lens stack, an angled beam splitter one, an angled beam splitter two, a low-resolution sensor, a moderate-resolution level sensor and a high-resolution level sensor. The containing camera lens will have the capability to collect light rays that will be coming from the scene visible to the triple resolution camera. And the triple resolution camera, by concurrently utilizing the containing 2 angled beam splitters and the convex lens stack, will have the capability to project the collected light rays from the visible scene onto the 3 containing sensors. This combined mechanism will enable the low-resolution sensor to capture the view of the scene visible to the triple resolution camera in lower resolution. And this combined mechanism will enable the moderate-resolution sensor to capture the view of the scene visible to the triple resolution camera in moderate resolution. In addition to that, this combined mechanism will enable the high-resolution sensor to capture the view of the scene visible to the triple resolution camera in higher resolution. The triple resolution camera can be utilized for concurrently capturing, tracking and analyzing various scenes and imageries in multiple resolution levels that will result in the capability to concurrently capture, track and analyze the various scenes and imageries in multiple detail levels.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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