Channel Measurements and Characterization in Industrial Environment at 60 GHz

This paper presents outcomes of a novel channel sounding and parametrization campaign in terms of both Doppler and delay statistics. The utilized frequency band is centered at 60 GHz with a 500 MHz of bandwidth. The experiments are conducted within an industrial environment featuring a substantial presence of highly blocking and reflective metallic surfaces. We utilize our in-house developed Orthogonal time-frequency space (OTFS)-based channel sounder/communication testbed. The presented sounding campaign encompasses a range of diverse human activities conducted during the measurement in presence of factory machines.