Charactrizing the effects of human body blokage and scattering objects for 31and 33 GHz indoor 5G link

5 G technology, supposedly as per many experts will provide higher data rates per user, lower latency, more efficient power consumption and better interference management. Many research work has been done in the literature for the targeted 5 G range between 6 - 100 GHz utilizing various wireless channel models for indoor and outdoor environments . This paper is concerned with studying the effects of human body blockage as well as surrounding objects scattering effects for an indoor 31 and 33 GHz link utilizing the Double Knife Edge Diffraction (DKED) model for diffraction effect on received signal. Regarding the reflection effect a lustrous reflection model is being employed to predict the attenuation caused by the reflector plate. This work is a continuation from previous work on studying effects of 28 GHz indoor link (Ahmad Alabish et. al) . The obtained results showed that there is an improvement in received signal strength at these frequencies.