Indoor wave propagation measurements and modeling for evaluation of coverage enhancement using a repeater system
2009 IEEE Antennas and Propagation Society International Symposium, 2009•ieeexplore.ieee.org
In this paper, we demonstrated that hallway propagation is driven by multiple wall reflections
leading to high received field in both LoS case and non-LoS case at hallway junctions due
to multiple corner diffraction. The result was verified by T-shaped hallway measurements.
Based on the simulation results, it was shown that a repeater system with 30dB total gain
can enhance propagation around hallway corners remarkably.
leading to high received field in both LoS case and non-LoS case at hallway junctions due
to multiple corner diffraction. The result was verified by T-shaped hallway measurements.
Based on the simulation results, it was shown that a repeater system with 30dB total gain
can enhance propagation around hallway corners remarkably.
In this paper, we demonstrated that hallway propagation is driven by multiple wall reflections leading to high received field in both LoS case and non-LoS case at hallway junctions due to multiple corner diffraction. The result was verified by T-shaped hallway measurements. Based on the simulation results, it was shown that a repeater system with 30dB total gain can enhance propagation around hallway corners remarkably.
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