热像仪:从古老的模拟视频输出到最先进的视频流

H. Haan, Timo Feuchter, M. Münzberg, J. Fritze, H. Schlemmer
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引用次数: 1

摘要

热成像仪的视频输出在近二十年中保持不变。当使用著名的通用模组时,首先只在目镜中向观察者呈现热图像。在20世纪90年代初,电视摄像机被连接起来,标准输出是CCIR。在民用相机市场上,输出标准在十年前就转向了数字格式,而数字视频流则是当今最先进的技术。热成像领域的输出技术在这么长的时间里保持不变的原因是:军界的观点非常保守,项目的规划和周转时间较长,ti的像素数增长速度比消费相机慢。对于百万像素检测器,CCIR输出格式不再足够。本文讨论了ti的最先进的压缩和流解决方案。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Thermal imagers: from ancient analog video output to state-of-the-art video streaming
The video output of thermal imagers stayed constant over almost two decades. When the famous Common Modules were employed a thermal image at first was presented to the observer in the eye piece only. In the early 1990s TV cameras were attached and the standard output was CCIR. In the civil camera market output standards changed to digital formats a decade ago with digital video streaming being nowadays state-of-the-art. The reasons why the output technique in the thermal world stayed unchanged over such a long time are: the very conservative view of the military community, long planning and turn-around times of programs and a slower growth of pixel number of TIs in comparison to consumer cameras. With megapixel detectors the CCIR output format is not sufficient any longer. The paper discusses the state-of-the-art compression and streaming solutions for TIs.
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