Probabilistic coding with multiple error corrections

The article presents a method for the synthesis of a complex modulated signal based on the probabilistic representation of information, in turn, the use of synchronous generators of pseudo-random sequences gives this signal high correcting abilities. A mathematical description of operations for converting a probabilistic signal and its restoration is given, the circuitry solution of the information path, mechanisms for detecting and correcting errors are described in detail. The performance potential is shown to reduce the recovery time of the converted value in the channel without interference by using the values of the preset generator of pseudo-random sequences. A mathematical description of fast recovery is given and its implementation in the data plotting routine that clearly show and reveal the essence of the proposed solution, demonstrating the mechanism for detecting and correcting errors.