Abstract
AbstractGlobally the Millimetre-wave (mm-wave) technology is leading over the fifth-generation (5G) networks because of higher frequency bands and therefore wider spectrum. The mm-wave communications are now seen as a viable 5G technology. It can improve the speed and remove congestion as the present cellular networks fall short. Link and coverage analysis play very vital role before deploying any network. We should have known everything about the spectrum and its behaviour for every scenario. Deployment of 5G networks has started in many countries, in India it could be started soon, so before deployment link and coverage, analysis is necessary for better network coverage in every area. Though there are several challenges in implementation which include the success of a multi-phase characterization of the mm-wave that characterizes the trustworthy and high-speed channel interfaces and system designs. In this paper, we analyse links in non-line-of-sight conditions and coverage using ray tracing method with different numbers of reflections and launched rays in science faculty, University of Allahabad (A Central University) campus.KeywordsMillimetre-wave (MMW)Ray tracing (RT)Shooting and bouncing rays (SBR)
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