Tsai Tsung-Han, Brady David J
Department of Electrical and Computer Engineering, Duke University, Durham, North Carolina 27705, USA.
Appl Opt. 2013 Apr 1;52(10):2153-61. doi: 10.1364/AO.52.002153.
We describe a single-shot polarization spectral imager that combines two birefringent crystals with a binary coded aperture to encode the spatial, spectral and polarization data cube for compressive sampling on a two-dimensional (2D) detector array. We use a total variation prior to reconstruct the four-dimensional (4D) data cube from the single 2D measurement. The 4D data cube includes 1500×1240 pixels in the spatial domain, 19 wavelength channels between 400 and 680 nm and two Stokes parameters.
我们描述了一种单次偏振光谱成像仪，它将两个双折射晶体与一个二进制编码孔径相结合，以对空间、光谱和偏振数据立方体进行编码，以便在二维（2D）探测器阵列上进行压缩采样。我们使用总变差先验从单个2D测量中重建四维（4D）数据立方体。该4D数据立方体在空间域中包括1500×1240像素，在400至680nm之间有19个波长通道以及两个斯托克斯参数。
