Free space laser communication system based on quantum encryption
A technology of laser communication and quantum encryption, applied in the field of laser communication and data encryption
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[0055] Such as figure 1 As shown, a free-space laser communication system based on quantum encryption includes a receiving module 101, a data decryption module 102, a computer module 103, a quantum key terminal 104, a data encryption module 105, a transmitting module 106, and an aiming mechanism 107.
[0056] The receiving module 101 is installed on the surface of the communication terminal, preferably a wide surface that is easy to receive laser signals, and is used for mutual conversion between digital signals and analog signals. The receiving module mainly includes an optical receiving antenna, an optical filter, and a photodetector. The optical receiving antenna mainly includes a lens or mirror, which focuses the received optical signal and then sends it to the optical detector. The optical detector amplifies the laser signal and restores it into an electrical signal, which is sent to the electrical receiver module for demodulation into the original information.
[0057]...
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