高光谱分辨率遥感数据以其丰富的光谱信息使得其分析处理集中于光谱维上进行图像信息的展开和定量分析。
We study on the image information and quantitative analysis focusing on the spectral dimension because the hyperspectral data has the abundant spectral information.
波段数目多和波段宽度窄是高光谱分辨率遥感的两个显著特点，常规的用于分析的波段组合方法在信息的利用上是不充分的。
Hypersperctral remote sensing has two distinct characters that the band number is more than multispectral remote sensing and the width of band is narrow.
它在保证国际空间站安全的情况下可以使用高分辨率相机和遥感高光谱图象处理技术摄像机。
It enables the operation of high-resolution cameras and multi - or hyperspectral imagers from within the pressurized safety of the ISS.
由于高光谱遥感数据具有非常高的光谱分辨率，因此非常有利于深入挖掘地物的理化特性或精细识别不同的地物。
For it has an extremely high spectral resolution, such data has facilities to the physicochemical characteristics mining or subtle recognition of different ground objects.
超谱遥感图像由于其高光谱分辨率的特点正受到国外国内的广泛关注。
Hyperspectral images are widely concerned due to their high spectral resolution. Their application is a task of top priority after solving the problems of radiance correction and calibration.
超谱遥感图像由于其高光谱分辨率的特点正受到国外国内的广泛关注。
Hyperspectral images are widely concerned due to their high spectral resolution. Their application is a task of top priority after solving the problems of radiance correction and calibration.
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