FIELD: wireless optical communication.
SUBSTANCE: invention relates to the field of wireless optical communication (WOC) and can be used to design two-way communication systems between stationary and mobile objects. To achieve the technical result, the wireless optical communication system is placed in a thermostabilized, shielded from electromagnetic interference housing and equipped with an automatic optical axis adjustment (AOAA) device in the transmitter, an optical concentrator and a bandpass filter in the receiver, automatic receiver gain control (AGC), an adaptive laser power adjustment system ( ALPAS).
EFFECT: technical result consists in the creation of stable and reliable high-speed channels adapted to the operating conditions on railway transport and connecting the mobile devices of passengers, the driver and members of the train crew of the rolling stock with the switches of the operational-technological, mobile, satellite communication networks using a fiber-optic information transmission system (FOTS).
1 cl, 5 dwg
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Authors
Dates
2021-06-24—Published
2020-09-18—Filed