首页> 外文会议>Conference on Head- and helmet-mounted displays XIV: Design and applications; 20090416; Orlando, FL(US) >Comparative Analysis of Pixel Resolution of Standard Digital Imaging Formats to Generation III Image Intensifies based on Night Time Man Size Target Recognition
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Comparative Analysis of Pixel Resolution of Standard Digital Imaging Formats to Generation III Image Intensifies based on Night Time Man Size Target Recognition

机译:基于夜间人大小目标识别的标准数字成像格式与III代图像增强像素分辨率的比较分析

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摘要

This paper presents a comparative analysis of pixel resolution of standard digital imaging formats to the imaging output of a Generation III image intensifier. The comparative analysis will focus on the application of recognition of a man size target at a specified distance in nighttime (starlight conditions) utilizing a 1X night vision system with 40° field of view (FOV). Simple geometric theory will be applied to determine image intensified pixel format, digital imaging formats, and man size target pixel coverage for respective imaging pixel format. Daylight and nighttime experiments are described in detail using the several digital CCD formats (640×480, 1280×1024, and 2615×1471) through a standard Generation III image intensifier (64 lp/mm) in a night vision monocular system (AN/PVS-14). Detailed image analysis is conducted and presented on experimental data. Paper has been cleared by DOD/OSR for Public Release under Ref: 05-S-0347 on December 13, 2004.
机译:本文对标准数字成像格式的像素分辨率与第三代图像增强器的成像输出进行了比较分析。对比分析将重点放在利用具有40°视场(FOV)的1X夜视系统在夜间(星光条件)指定距离下识别人大小目标的应用中。将应用简单的几何理论来确定图像增强的像素格式,数字成像格式以及相应成像像素格式的人体尺寸目标像素覆盖率。通过标准的第三代图像增强器(64 lp / mm),在夜视单眼系统(AN / A)中使用几种数字CCD格式(640×480、1280×1024和2615×1471)详细描述了日光和夜间实验。 PVS-14)。进行了详细的图像分析,并提供了实验数据。 DOD / OSR已于2004年12月13日根据参考号05-S-0347批准将其论文公开发行。

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