An Infrared Image Acquisition and Analysis Method for Quantifying Optical Responses to Chemical Agent Vapor Exposure

A method was developed employing an infrared (IR) light source, IR capable video camera, digital processor and image acquisition/analysis software for quantifying pupil constriction resulting from nerve agent vapor exposure. Image acquisition and analysis routines were developed to capture images an...

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Main Authors: Miller, Dennis B, Hulet, Stanley W, Benton, Bernard J, Mioduszewski, Robert J, Whalley, Christopher E, Carpin, John C, Thomson, Sandra A
Format: Report
Language:English
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AREA COVERAGE
CHEMICAL AGENTS
Chemical, Biological and Radiological Warfare
DIGITAL CAMERAS
DIGITAL SYSTEMS
INFRARED IMAGES
INFRARED OPTICAL MATERIALS
LIGHT SOURCES
NERVE AGENTS
OPTICAL PROPERTIES
Optics
PHOTOGRAPHIC PROCESSING
Photography
PROCESSING EQUIPMENT
VAPOR CHAMBER
VAPORS
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creator Miller, Dennis B
Hulet, Stanley W
Benton, Bernard J
Mioduszewski, Robert J
Whalley, Christopher E
Carpin, John C
Thomson, Sandra A
description A method was developed employing an infrared (IR) light source, IR capable video camera, digital processor and image acquisition/analysis software for quantifying pupil constriction resulting from nerve agent vapor exposure. Image acquisition and analysis routines were developed to capture images and automate pupil area measurements or manually analyze images based upon operator-selected parameters. The latter option is useful in cases where the pupil image is partially obstructed or pupil shape is other than circular. The method described here allows for remote/non-invasive assessment of the level as well as the time course of onset and duration of pupil constriction. See also ADM001523., The original document contains color images.
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Image acquisition and analysis routines were developed to capture images and automate pupil area measurements or manually analyze images based upon operator-selected parameters. The latter option is useful in cases where the pupil image is partially obstructed or pupil shape is other than circular. The method described here allows for remote/non-invasive assessment of the level as well as the time course of onset and duration of pupil constriction. 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source DTIC Technical Reports
subjects AREA COVERAGE
CHEMICAL AGENTS
Chemical, Biological and Radiological Warfare
DIGITAL CAMERAS
DIGITAL SYSTEMS
INFRARED IMAGES
INFRARED OPTICAL MATERIALS
LIGHT SOURCES
NERVE AGENTS
OPTICAL PROPERTIES
Optics
PHOTOGRAPHIC PROCESSING
Photography
PROCESSING EQUIPMENT
VAPOR CHAMBER
VAPORS
title An Infrared Image Acquisition and Analysis Method for Quantifying Optical Responses to Chemical Agent Vapor Exposure
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