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This work is licensed under a Creative Commons Attribution-NonCommercial 4.0 International License
Nidal Qasem, Emran Ali Aldorgam and Hadeel Yaseen Alzou'bi
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DOI:10.17265/1548-7709/2016.02.004
The growing demand for a very high speed and bandwidth over wireless communications makes the millimeter wave (mm-wave) “60 GHz” a great choice to be studied and used in order to achieve this desire. While the propagating signal of this frequency can be easily blocked by any obstacle or body that faces it. This paper aims to solve this problem by using the SL (square loop) FSS (frequency selective surfaces) in such a way to provide a stronger reflected signal to those shadowed positions as a result from the variety of the signal paths and enhancing the received signal power. So, minimizing the effect of human bodies that can attenuate 60 GHz signal.
60GHz, band-stop, frequency selective surface, human modeling, millimeter wave