Development of Innovative Methods and Technologies for Improving Noise Immunity in Space-Based Telecommunication Control and Data Transmission Systems
DOI:
https://doi.org/10.52575/2687-0932-2025-52-4-967-975Keywords:
noise resistance of space infocommunications and radio channels, data representation methods, information distortion during transmission, data processing, the system of residual classes, the theory of transmitting informationAbstract
The article is devoted to solving the problem of increasing the noise immunity of radio channels and space infocommunications based on the use of innovative methods of data representation, transmission, reception, and processing. Information, measurement, and computing technologies provide modern technical systems with the ability not only to control the technical condition of systems, but also to determine the flight trajectories of various spacecraft. This all indicates the emerging new need to use the existing data and obtained from experiments in order to develop and implement artificial intelligence (AI) in the practice of using space communication systems and control. The authors use various non-traditional technical solutions to demonstrate new possibilities that enhance the effectiveness of AI, which is enriched by the achievements of human intelligence and ingenuity. The article also explores innovative methods and approaches to developing the existing theory of information encoding.
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