Abstract
A review is presented on a selection of methods and devices initially
developed by the fiber optic, sensing and fiber laser communities which have
later found applications in high resolution non-invasive optical imaging.
Three avenues have been identified in the modern low coherence
interferometry and in the optical coherence tomography technologies which
have taken inspiration from fiber optic sensing, fiber optic devices, fiber
lasers and fiber optic communications: 1) optical sources; 2) optical
configurations; and 3) signal processing. The review will illustrate state
of the art examples of concept evolution along these three avenues.
© 2010 IEEE
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