Full-Duplex Massive MIMO
Project Dataset
This dataset was collected in the anechoic chamber setup at the POWDER platform. In Full-Duplex systems, one of the main challenges is self-interference where outgoing transmissions essentially "drown" the incoming signals. For this dataset we measured the self-interference across all radios on a massive MIMO base station comprised of 48 radios. We used our Sounder tool to continuously send pilots from each antenna, in round robin fashion, while all other antennas listened to those transmissions. These datasets were collected by the RENEW team at the University of Utah campus. For any questions about this dataset, please contact us. Before you use the datasets, please read the Data Copyright and License Agreement below.
Data Copyright and License
Rice University hereby grants you a non-exclusive, non-transferable license to use the data for commercial, educational, and/or research purposes only. You agree to not redistribute the data without written permission from Rice University.
You agree to acknowledge the source of the data in any publication or product reporting on your use of it.
We provide no warranty whatsoever on any aspect of the data, including but not limited to its correctness, completeness, and fitness. Use at your own risk.
You agree to acknowledge R. Doost-Mohammady et al., "RENEW: Programmable and Observable Massive MIMO Networks," 2018 52nd Asilomar Conference on Signals, Systems, and Computers, 2018, pp. 1654-1658, doi:10.1109/ACSSC.2018.8645391 in any publication or product reporting on your use of the data. If the data is not part of the IEEE Transactions on Wireless Communications reference data, you also agree to acknowledge the additional source of the data, if applicable.
NOTE: Downloading, obtaining, and/or using the data in any means constitutes your agreement with these terms.
BibTeX entry:
@INPROCEEDINGS{8645391,
author={Doost-Mohammady, Rahman and Bejarano, Oscar and Zhong, Lin and Cavallaro, Joseph R. and Knightly, Edward and Mao, Z. Morley and Li, Wei Wayne and Chen, Xuemin and Sabharwal, Ashutosh},
booktitle={2018 52nd Asilomar Conference on Signals, Systems, and Computers},
title={RENEW: Programmable and Observable Massive MIMO Networks},
year={2018},
volume={},
number={},
pages={1654-1658},
doi={10.1109/ACSSC.2018.8645391}}
Data
| # | File Name | Description | Size |
|---|---|---|---|
| 1 | mmimo_bs-to-bs-anechoic-2021-8-5-12-47-35_1x48_0_47.hdf5 | Self-interference among all 48 antennas in the base station: Raw I/Q samples and metadata | 19 GB |
| 2 | mmimo_bs-to-bs-anechoic-lowGain-2021-8-5-17-15-6_1x48_0_47.hdf5 | (Lower gain) Self-interference among all 48 antennas in the base station: Raw I/Q samples and metadata. | 19 GB |
| 3 | mmimo-self-ch1-anechoic-2021-8-5-12-15-27_1x8_0_7.hdf5 | Self-interference among all 8 antennas in a single chain, i.e., chain1: Raw I/Q samples and metadata | 1 GB |
| 4 | mmimo-self-ch2-anechoic-2021-8-5-12-17-20_1x8_0_7.hdf5 | Self-interference among all 8 antennas in a single chain, i.e., chain2: Raw I/Q samples and metadata | 1 GB |
| 5 | mmimo-self-ch3-anechoic-2021-8-5-12-26-46_1x8_0_7.hdf5 | Self-interference among all 8 antennas in a single chain, i.e., chain3: Raw I/Q samples and metadata | 1 GB |
| 6 | mmimo-self-ch4-anechoic-2021-8-5-12-28-31_1x8_0_7.hdf5 | Self-interference among all 8 antennas in a single chain, i.e., chain4: Raw I/Q samples and metadata | 1 GB |
| 7 | mmimo-self-ch5-anechoic-2021-8-5-12-31-10_1x8_0_7.hdf5 | Self-interference among all 8 antennas in a single chain, i.e., chain5: Raw I/Q samples and metadata | 1 GB |
| 8 | mmimo-self-ch6-anechoic-2021-8-5-12-32-27_1x8_0_7.hdf5 | Self-interference among all 8 antennas in a single chain, i.e., chain6: Raw I/Q samples and metadata | 1 GB |
| 9 | mmimo_ue-to-bs-anechoic-2021-8-5-10-58-38_1x48x4_0_47.hdf5 | Pilot data sent from UE to 48-antenna base station. Can be used as a baseline (includes raw I/Q samples and metadata) | 3 GB |
| 10 | conf-anechoic-chamber-08-05-2021-BStoBS_tx70_rx65.json | Configuration file used to collect self-interference data | 2 kB |
| 11 | conf-anechoic-chamber-08-05-2021-UEtoBS.json | Configuration file used to collect data from UE to BS | 2 kB |
| 12 | README.txt | README file with more detailed information about the dataset | 7 kB |