Abstract: Correlated channel measurements were made for an array of 8 bodyworn antennas moving in the indoor environment at 868 MHz.
The results show that reductions in crossing rates are experienced for wrist-worn antennas and a selection combination diversity configuration was shown to ...
Abstract- Correlated channel measurements were made for an array of 8 bodyworn antennas moving in the indoor environment at 868 MHz.
Correlated channel measurements were made for an array of 8 bodyworn antennas moving in the indoor environment at 868 MHz.
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Multiple antenna channel characterisation for wearable ...
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Feb 23, 2018 · The authors present fading channel models and examine attainable spatial diversity gains at 90% signal reliability for an off-body multiple- ...
In this paper we present the preliminary results of an indoor channel measurement campaign conducted at 868 MHz aimed at understanding and modelling signal ...
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Multiple Antenna Channel Characterisation for Wearable ... frequencies of 3, 4, and 5 GHz in an indoor stairwell. ... wearable systems operating at 868 MHz with up ...
Indoor channel characterisation for a wearable antenna array at 868 MHz · S. CottonW. Scanlon. Engineering. IEEE Wireless Communications and Networking… 2006.
COTTON and SCANLON: CHARACTERIZATION AND MODELING OF ON-BODY SPATIAL DIVERSITY WITHIN INDOOR ENVIRONMENTS AT 868 MHZ ... The antenna array situated on the left ...
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