Combining Disparate Units of a Quasi-Intelligent Decoder

Currently, there is an intensive development of digital communication systems, such as space, satellite, mobile communications, etc. During transmission, the signal undergoes a significant impact from interference of various physical nature (natural and anthropogenic). As a result, the task arises of ensuring reliable transmission of information over channels with interference, while the operating conditions of such communication systems are often such that the characteristics of input signals and interference are either not accurately known or change significantly over time. When transmitting data via communication channels, useful (user) information and service information are transmitted (destination address, redundancy introduced to protect data from unauthorized access to them, information necessary for all network participants to set up correct routing, etc.). It is important to note that already in 2017, the volume of useful and service information equaled, which has exacerbated the need to find ways to manage a complex high - speed data flow.