Abstract
The Fifth-Generation (5G) communication targets to provide a high-speed data rate in the wireless system. The data rate of 1000Mbps can able to provide using an unlicensed millimeter wave (mmWave) spectrum. Fluctuating Two-Ray Fading (FTRF) channels is the best accurate model for the small-scale fading environment of the 5G mmWave communication. In this paper, a new probability density function (PDF) expression for FTRF channels is evaluated. Moreover, the average bit error rate for coherent and non-coherent modulation over FTRF channels is also presented using a PDF-based approach. Finally, a comparison is also presented among the modulation schemes. The numerically estimated expressions are verified with standard outcomes and Monte Carlo simulation.
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