Models of Improving the Efficiency of Radio Communication Systems Using the Terrahert Range

Abstract

The work is devoted to research in the direction of creating multi-position systems based on low-power transceivers for the construction of inter-satellite communication channels of the terahertz range of low-orbit satellite systems with a “distributed satellite” architecture. Comprehensive studies of the possibilities of creating communication channels of the terahertz range for communication systems based on high-altitude air platforms are being carried out. Models for improving the efficiency of terahertz radio communication systems are proposed: an improved algorithm for searching for multibeam signals in radio systems based on high-altitude THz band airplanes and a simulation model for predicting the maximum length of the terahertz range wireless communication system U-IR-based. The use of X-ray diffraction in an advanced algorithm has simplified the implementation of multi-beam signal processing and significantly reduced the computational processing resource. The model on the basis of machine learning allows in laboratory conditions to investigate experimentally various architectures of construction of devices and systems of generation 5G/IoT and to work out knots of formation and processing of information signals and to define their best characteristics.