A shooting and bouncing beams method for fast 3D indoor propagation channel characterization

A shooting and bouncing beams method for fast 3D indoor propagation channel characterization

A shooting and bouncing beams (SBB) method is presented, for indoor propagation channel modeling. The advantage of the method comes from the fact that the number of beams to be launched is smaller than the number of rays in ray-tracing or ray-launching methods. The SBB method is particularly well su...

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Hauptverfasser: Tahri, R., Fluerasu, A., Letrou, C.
Format: Tagungsbericht
Sprache:eng
Schlagworte:
Analytical models
Electronic mail
Frequency
Geometrical optics
Millimeter wave propagation
Millimeter wave technology
Predictive models
Propagation losses
Ray tracing
Testing
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Fluerasu, A.
Letrou, C.
description A shooting and bouncing beams (SBB) method is presented, for indoor propagation channel modeling. The advantage of the method comes from the fact that the number of beams to be launched is smaller than the number of rays in ray-tracing or ray-launching methods. The SBB method is particularly well suited for the millimeter wave range. Its application is illustrated by radio coverage simulations in a corridor at 37.2 GHz. Simulated results are compared with experimental results.
doi_str_mv 10.1109/APWC.2000.900145
format Conference Proceeding
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subjects Analytical models
Electronic mail
Frequency
Geometrical optics
Millimeter wave propagation
Millimeter wave technology
Predictive models
Propagation losses
Ray tracing
Testing
title A shooting and bouncing beams method for fast 3D indoor propagation channel characterization
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