DeepSense Forum
Dear DeepSense Team,
I am conducting research on simulation-measurement comparison for UAV communication using the DeepSense 6G dataset (Scenario 23). To ensure simulation accuracy, I need the following hardware details of the receiver:
Antenna Polarization and Orientation: Vertical/horizontal polarization and tilt angle of the 16-element ULA.
Antenna Spacing: Was the spacing exactly λ/2 for the 60 GHz band?
Beam Codebook: Are the 64-beam precoding vectors based on an oversampled DFT codebook with 180° FoV?
Thank you for your contribution to the community!
Best regards,
Yuwenjun
Shanghai University
Contact: yuwenjun@shu.edu.cn
Hi Yuwenjun,
Thank you for your inquiry regarding the DeepSense 6G dataset (Scenario 23).
Regarding the receiver details:
- Antenna Polarization and Orientation: The polarization is vertical. The phased array receiver was positioned on a table facing skyward, while the transmitter was attached beneath the drone.
- Antenna Spacing: The spacing is λ/2.
- Beam Codebook: We used the beam steering vector codebook provided by Sivers. These are custom beambooks with suppressed sidelobes (with some reduced gain). The beams are not uniformly spaced, suggesting it's not strictly a DFT-based codebook design. The beambook consists of 64 beams covering a 90° field of view (approximately -45° to +45°) with an angular resolution of approximately 1.5°. You can also download the beam codebook from the Data Collection tab in the DeepSense 6G website.
We hope this information helps with your simulation-measurement comparison.
Best regards,
DeepSense Team
