Abstract
Abstract : New approaches for the transmission of two-dimensional images through a single optical fiber are developed to take better advantages of the bandwidth and the relative immunity to interference offered by optical fibers. Approaches studied include phase-conjunction, matched filtering, axial-angle multiplexing, wavelength multiplexing and various combinations of the approaches. Possible system designs employing these approaches are presented and their merits are discussed. Contents: Parallel Transmission of Images through Single Optical Fibers; Transmission of Two-Dimensional Images Through a Single Optical Fiber by Wavelength-Time Encoding; Two-Dimensional Image Transmission through a Single Optical Fiber by Wavelength-Time Multiplexing; and Computer-Generated Holograms for Geometric Transformation.
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