研究目的
To study the features of millimeter-wave ultra-wideband signals application in telecommunications, focusing on photon methods of generation and transmission, and the quasi-optical approach for modeling signal loss (amplification).
研究成果
Photonic methods of generation, transmission, and distribution of MMW-UWB signals are promising for 5G and next-generation telecommunication systems. The quasi-optical multi-beam model, which accounts for the divergence of radiation and signal loss/gain due to reflection, absorption, and diffraction, aligns more closely with actual physical processes and provides more accurate calculation results.
研究不足
The study highlights the need to account for noise associated with the generation of millimeter waves, which can impact the design and implementation of telecommunication systems. The quasi-optical multi-beam model's accuracy depends on the effects of reflection, absorption, and diffraction.
