高光谱成像
遥感
校准
红外线的
波长
噪音(视频)
环境科学
全光谱成像
地质学
光学
物理
计算机科学
人工智能
图像(数学)
量子力学
作者
P. G. Lucey,T.J. Williams,M. Mignard,Jeffrey Julian,Daniel Kobubun,G. M. Allen,David Hampton,William Schaff,Michael J. Schlangen,Edwin M. Winter,William B. Kendall,Alan D. Stocker,K. A. Horton,Anu P. Bowman
摘要
The AHI (Airborne Hyperspectral Imager) system was designed to detect the presence of buried land mines from the air through detection of along wave IR observable associated with mine installation. The system is a helicopter-borne LWIR hyperspectral imager with real time on-board radiometric calibration and mine detection. It collects hyperspectral imagery from 7.5 to 11.5 μm in either 256 or 32 spectral bands. At all wavelengths the AHI noise equivalent delta (NEΔT) temperature is less than 0.1K at 300K and the NESR is less than .02 watts/m2-sr-μm.
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