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Low-complexity beam Training for millimetre-wave channels

version 1.0.5 (14.4 KB) by - Narengerile
MATLAB code for implementing the paper "Low-Complexity Beam Training for Tracking Spatially Consistent Millimeter Wave Channels".

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Updated 07 Sep 2020

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The MATLAB code for implementing the low-complexity beam training strategies proposed in [1]. The proposed beam training methods rely on the spatial consistency feature of realistic mobile channels. The millimetre-wave channels are generated using the 3GPP TR 38.901 channel model with the spatial consistency Procedure A, as introduced in Section 7 in [2]. The uploaded functions are mainly about performing beam training process where the channel generation is omitted. For demonstration purpose, the channel matrices for 1 simulation run is saved in .mat file and loaded in the simulation (which can be downloaded via Github link https://github.com/Naren920421/Millimeter-Wave-Beam-Training-). The results in the paper are averaged over 500 monte-carlo simulation runs. To reproduce the results, readers are advised to implement the spatial consistency Procedure A themselves, associated with the 3GPP CDL channel model provided by MATLAB.

Cite As

- Narengerile (2020). Low-complexity beam Training for millimetre-wave channels (https://www.mathworks.com/matlabcentral/fileexchange/78122-low-complexity-beam-training-for-millimetre-wave-channels), MATLAB Central File Exchange. Retrieved .

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Updates

1.0.5

Make corrections in performLocalBeamTraining_SM.m and getDFTCodebook3D.m

1.0.4

Error correction in function blockage

1.0.3

Error correction in function blockage.

1.0.2

Error correction in function blockage

1.0.1

Error correction in function blockage.

MATLAB Release Compatibility
Created with R2020a
Compatible with any release
Platform Compatibility
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