Computational mirrors with a new spatially-varying PSF model called SeidelConv enable high-resolution wide-FOV imaging over 400-1700 nm by computationally fusing a minimal focal stack captured with a single concave mirror and VIS-SWIR sensor.
Simulating anisoplanatic turbulence by sampling intermodal and spatially correlated zernike coefficients.Optical Engi- neering, 59(8):083101–083101, 2020
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Broadband Wide Field of View Imaging with Computational Mirrors
Computational mirrors with a new spatially-varying PSF model called SeidelConv enable high-resolution wide-FOV imaging over 400-1700 nm by computationally fusing a minimal focal stack captured with a single concave mirror and VIS-SWIR sensor.