Abstract
This paper reports line-of-sight propagation measurements performed at 37.2 GHz between two terminals in an empty room in order to investigate the spatial and temporal fadings in terms of antenna directivity and human motion, respectively. The empirical data base consists of recordings of CW envelope fading waveforms with a fixed transmitter and either moving or stationary receiver. The reported results include amplitude fading distributions, propagation loss gradients, level crossing rates and fade durations statistics. These results can be used in the modeling, design reliable operation of local multi-point communication systems.
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