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Proceedings Paper

Incorporating morphological filters in infrared camera design
Author(s): Lloyd G. Allred; Gary E. Kelly
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Paper Abstract

The quarter megabuck cost of VGA-resolution infrared focal plane array cameras is sufficient grounds to look at alternative designs for high-speed infrared imaging systems. In addition, one has to deal with flawed sensors. Using linear models and linear thinking, the state of the technology in optical design has apparently crested. The existence of 6.5-to-1 lossless image compression for infrared is sufficient to establish that sufficient redundancy exists to reconstruct the flawed data. We are convinced that most real-time imaging systems could be improved with real-time morphological coprocessing. By building in additional redundancy using a 768 X 3 linear infrared sensor, we have designed an infrared camera system with a single rotating mirror which produces better pictures than existing focal plane array systems with comparable data rates to the existing focal-plane array systems, and one tenth the electronics of existing focal-plane array systems. Flaws are removed by morphological processing, converting redundant linear scans of the 768 X 3 sensor to a 768 X 1 linear array. As the mirror turns, a full 2-D image is recovered, producing a super-VGA (1024 X 768) resolution image.

Paper Details

Date Published: 5 May 1994
PDF: 7 pages
Proc. SPIE 2173, Image Acquisition and Scientific Imaging Systems, (5 May 1994); doi: 10.1117/12.175161
Show Author Affiliations
Lloyd G. Allred, Air Force Ogden Air Logistics Ctr. (United States)
Gary E. Kelly, Air Force Ogden Air Logistics Ctr. (United States)


Published in SPIE Proceedings Vol. 2173:
Image Acquisition and Scientific Imaging Systems
Helen C. Titus; Amir Waks, Editor(s)

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