光学技术, 2007, 33 (2): 0193, 网络出版: 2010-06-03
超光谱侦察传感器的光电设计与实验分析
Electron-optic design analysis and experiment of hyperspectral reconnaissance sensor
摘要
超光谱光电侦察是光学探测经历了单波长、多波段之后发展起来的一个新的阶段,是基于方位和光谱三维信息的新型光电探测技术。在分析景物的光谱-空间特征的基础上,设计了UV/VIS/NIR宽波段范围的超光谱侦察传感器,并进行了成像探测实验,获得了典型场景和目标的光谱序列图像。对其进行了分析,验证了一种自动目标探测/识别的新方法。
Abstract
Hyperspectral Electron-optic reconnaissance is a new stage after single-band and multispectral detection,and is a three dimension technology for electron-optic detection. Based on the analysis to spectrum and spatiality of scene,a UV/VIS/NIR broad band hyperspectral reconnaissance sensor,subsequently,imaging detection experiment is conducted,and sequence spectral image of typical scene and target is gotten. After analysis,a new method for object detection and recognition is verified.
许强, 金伟其. 超光谱侦察传感器的光电设计与实验分析[J]. 光学技术, 2007, 33(2): 0193. XU Qiang, JIN Wei-qi. Electron-optic design analysis and experiment of hyperspectral reconnaissance sensor[J]. Optical Technique, 2007, 33(2): 0193.