Prospects for Application of New Optimization Theory Technologies to the High-Throughput Satellite Communication Systems Design

Fundamentally new possibilities of Optimization Theory technologies are analyzed in solving the problem of simple, highly reliable decoding of digital data when transmitted over channels with high noise. Patented fast versions of multithreshold decoders for satellite communication systems are noted. These algorithms are compared with others in classical digital channels according to the triune criterion of "noise immunity-reliability-complexity". The need to solve various computational problems within the framework of applied coding theory is noted. To do this, it is proposed to use methods from the theory of global functional optimization. It is indicated that appropriate optimization software of various types has been created and can be actively used for the design of decoders for satellite communication systems and for further research.