METHOD OF INFORMATION TRANSMISSION Russian patent published in 2023 - IPC G08C19/28 H04B14/04 

FIELD: transmitting binary messages.

SUBSTANCE: in the method, a primary signal is formed on the transmitting side, a sequence of samples of the primary signal is formed, transmitted samples are formed by converting the primary signal, the generated samples are transmitted via a communication channel to the receiving side, the received samples are received on the receiving side, the primary signal is restored, and in the method the required reliability, volume, structure and addressing of the service memory are set, the specified service memory is formed on the transmitting and receiving sides, the service memory is filled with identical random bits, on the transmitting side, before transmission, the message S to be transmitted is formed from the generated primary signal, the message S to be transmitted is divided into blocks length corresponding to the size of the service memory cell, search for a match between each block of the message S to be transmitted with each of the bit combinations stored in the service memory cells, with an accuracy no worse than the specified reliability; if matches are found, replace the blocks of the message S to be transmitted with the corresponding addresses of the service cells memory, while receiving the abbreviated message S^*, on the transmitting side after transmission they form a variation series of bit combinations according to the frequency of their occurrence in the set obtained by combining the bit combinations stored in all service memory cells and all blocks of the S^* message, rewriting the service memory cells in the most frequently occurring bit combinations from the generated variation series, on the receiving side, after receiving the message, the original message S is restored, for which the addresses of the service memory cells are read from the received message S^*, the corresponding bit combinations are read from the service memory at the extracted addresses, and the addresses of the service memory cells are replaced in message S^* with extracted bit combinations, on the receiving side, after restoring the message S, a variation series of bit combinations is formed according to the frequency of their occurrence in the set obtained by combining the bit combinations stored in all service memory cells and all blocks of the received message S^*, rewriting the service memory cells in the most frequently occurring bit combinations from the generated variation series.

EFFECT: reduction of the required throughput of the communication channel.

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