Coded Optical Imaging

Part I Fundamentals.- A brief history / Introduction.- Encoding optical signals in image acquisition.- Convex optimization for image reconstruction.- Machine learning for coded optical imaging.- Single-pixel imaging / Computational ghost imaging.- Diffractive neural network.- Temporally encoded illumination.- Coded-aperture ptychography.- Spatial frequency domain imaging.- Wavefront encoding.-&nbsp;Part III Depth imaging.- Fringe projection profilometry.- Stripe / Grid indexing-based profilometry.- Amplitude-modulated continuous wave (AMCW) time-of- flight (ToF) range imaging.- Lensless 3D imaging.- Coded-aperture diffraction optical tomography&nbsp; .- PSF engineering for 3D super-resolution microscopy.- Multi-shot coded aperture light field imaging using SLMs.- Light field background oriented Schlieren (LF-BOS) photography.- Light-filed imaging using a static color-coded aperture.- Light-field imaging with structured illumination.- Part V Temporal imaging.- Compressive sensing multi-aperture CMOS camera.- Shuffled rolling shutter camera.- Compressed ultrafast photography.- Coded-aperture ultrahigh-speed imaging using CCD.- Coded time-stretching imaging.- Multiplexed Structured Image Capture (MUSIC).- Sampling streak camera.- Part VI Spectral imaging.- Coded-Aperture Snapshot Spectral Imaging.- Spatial frequency multiplexing in spectroscopy.- Multi-aperture snapshot compressive hyperspectral camera.- Multi-foci illumination Raman spectroscopy.- Encoded diffractive optics for hyperspectral imaging.- Part VII Polarization imaging.- Bio-inspired camera.- Full-Stokes Polarimetric Imaging using metasurface.- Polarization structured illumination microscopy (pSIM).- Optical image encryption using polarization encoding.&nbsp; &nbsp; &nbsp; &nbsp;&nbsp;<p></p>