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On-body communication channels are gaining increasing interests as more and more wireless devices are wearable in the fields of medicine, military, and personal communications. This paper presents an experimental investigation of the dynamic features of time-varying on-body channels with continuous movements of human body. Channel response at 10 antenna positions in two dynamic scenarios, walking...
On-body communication channels are of increasing interest as more and more wireless devices are wearable in medical, military, and personal communications. This letter presents an experimental investigation into the dynamic on-body channel with body movements. Based on statistical analyses of level crossing rate and fading duration, a three-state Fritchman model that considers both channel dwelling...
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