Holoscopy is a new tomographic imaging modality that combines
techniques of digital holography with Fourier-domain optical
coherence tomography (FD-OCT). Dierck Hillmann gives a theoretical
introduction to the mathematics and physics of holoscopy and
develops an efficient numerical reconstruction procedure. Compared
to FD-OCT, holoscopy provides unique advantages by enabling
tomographic imaging without a limited depth of focus, but results
in an increased numerical cost for reconstruction. In further
chapters, the author introduces techniques for FD-OCT that are
relevant to holoscopy as well. He demonstrates and compares
numerical reconstruction methods for FD-OCT and shows how motion
and dispersion artifacts in FD-OCT can be numerically compensated.
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