FIELD: methods for transferring information via atmospheric optical communication lines, possible use during development and design of digital communication complexes using wireless information exchange systems.
SUBSTANCE: the technical effect is achieved due to efficient realization of circuitry of various communication line modifications, which make it possible to create various digital information transfer systems of optimal structure and area of application, and to transfer information through single-channel communication line with usage of broadband optical non-coherent non-polarized signals; to transfer information via multi-channel communication lines using broadband optical non-coherent non-polarized signals having similar radiation spectrum in all channels and spatial distribution of channels; to transfer information via multi-channel communication lines using broadband optical non-coherent non-polarized signals with usage of spatial division of channels and of spectral broadband combining of channels; to transfer information by creating a system of communication lines with spectral division on basis of broadband optical non-coherent non-polarized signals; to transfer information by creation a duplex communication line on basis of broadband optical non-coherent non-polarized signals; to transfer information due to creation of duplex communication lines on basis of broadband optical non-coherent non-polarized signals with spectral division based on directions; to transfer information by creating a system of duplex communication lines with spectral division on basis of broadband optical non-coherent non-polarized signals.
EFFECT: increased stability of communications and increased speed of information transfer under real conditions of movement of optical signal through communication lines.
2 cl, 10 dwg, 2 an
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Authors
Dates
2007-09-20—Published
2005-07-20—Filed