Compressive Spectral Imaging via Deformable Mirror and Colored-Mosaic Detector
Published on 2019-06-12T21:09:44Z (GMT) by
Compressive Spectral Imaging (CSI) is an emerging technology that aims at reconstructing a spectral image from a limited set of two-dimensional projections. To capture these projections, CSI architectures often combine light dispersive elements with coded apertures or programmable spatial light modulators. This work introduces a novel and compact CSI architecture based on a deformable mirror and a colored-filter detector to produce compressive spatio-spectral projections without the need of a grating or prism. Alongside, we propose a tensor-based reconstruction algorithm to recover the spatial-spectral information from the compressed measurements. Experimental results on both simulated and real datasets demonstrate efficacy of the proposed acquisition architecture and the especially crafted inversion algorithms.
Cite this collection
Marquez, Miguel; Meza, Pablo; Arguello, Henry; Vera, Esteban (2019): Compressive Spectral Imaging via Deformable Mirror and Colored-Mosaic Detector. The Optical Society. Collection.