covariance matrices; eigenvalues and eigenfunctions; geophysical image processing; hyperspectral imaging; image classification; remote sensing; DIRSIG; Rochester Institute of Technology; SpecTIR; analysis algorithm development; analysis algorithm validation; image covariance matrix eigenstructure; image generation tool; instrument design; real airborne hyperspectral imagery; real image phenomenology; simulated airborne hyperspectral imagery; simulated image captures; simulated remote sensing imagery; simulation model validity; simulation model verification; subpixel target detection; wavelength 400 nm to 2450 nm; Accuracy; Atmospheric modeling; Cotton; Eigenvalues and eigenfunctions; Hyperspectral imaging; Object detection; classification; hyperspectral image simulation; performance comparison; sub-pixel target detection; unmixing;
机译:使用机载和模拟的EnMAP高光谱图像绘制的NiCu-PGE矿石中容纳超镁铁岩的矿石,加拿大努纳维克
机译:空气传播实时提升高光谱增强侦察(Archer)图像的优化,与化学计量学的原位数据评估弗吉尼亚州河南河河流的营养素
机译:使用机载高光谱影像识别的土地覆盖分类对真实区域进行时域户外声学模拟
机译:真实和模拟空中高光谱图像的比较
机译:一种比较真实和模拟机载高光谱影像的方法。
机译:使用迭代误差分析(IEA)和光谱鉴别测量从机载高光谱图像中自动提取最佳端元
机译:在多源高光谱图像数据上使用监督替代校准(sVC)方法的实际例子– EUFaR框架下的ValCalHyp空中高光谱运动
机译:机载激光雷达和机载高光谱图像:两种经过验证的传感器融合改进水文测量