Quasi-optical approach to the analysis of the energy model of millimeter wave propagation and antenna characteristics


  • Yana A. Kremenetskaya State University of Telecommunications, Kyiv, Ukraine
  • Igor O. Liskovskiy State University of Telecommunications, Kyiv, Ukraine
  • Elena R. Zhukova State University of Telecommunications, Kyiv, Ukraine




millimeter wave communications, Friis model, quasi-optical model of energy losses, antenna phased arrays, spectral efficiency


Millimeter-wave communication systems, unlike, for example, classical ones operating in the decimeter wave band, have fundamental differences related to the formation, radiation, propagation properties and signal losses. A new quasi-optical approach to the estimation of the energy losses of the millimeter wave (MMW) radiation and antenna amplification is proposed in the article. Such method makes it possible to construct a loss and interference model for the millimeter wave band (MMB) under conditions of direct visibility over greater than one kilometer distances and multipath propagation models in small cells of mobile systems in urban conditions.


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Remote sensing antennas, signal processing and communications