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4-element umbrella antenna array dataset
- Citation Author(s):
- Submitted by:
- Gaozhan Peng
- Last updated:
- Wed, 04/16/2025 - 23:26
- DOI:
- 10.21227/29yx-4f30
- Data Format:
- License:
- Categories:
- Keywords:
Abstract
To generate the training and validation datasets, the fullwave electromagnetic solver FEKO is utilized. The phase of the reference antenna (Antenna 1) is fixed at 0°, while the phases of the other three antennas are varied in 30° steps within the range [0◦ , 360◦ ]. This results in 13×13×13 = 2197 distinct phase combinations. For each combination, the farfield radiation intensities are extracted on the XOY, YOZ, and XOZ planes, yielding a total of 2197 × 3 data samples. For testing, 343 new phase combinations are generated within the interval [15◦ , 195◦ ] using 30° steps (i.e., 7×7×7). The corresponding radiation intensities are computed on the same three planes. All input data are normalized prior to model training.
To generate the training and validation datasets, the fullwave electromagnetic solver FEKO is utilized. The phase of the reference antenna (Antenna 1) is fixed at 0°, while the phases of the other three antennas are varied in 30° steps within the range [0◦ , 360◦ ]. This results in 13×13×13 = 2197 distinct phase combinations. For each combination, the farfield radiation intensities are extracted on the XOY, YOZ, and XOZ planes, yielding a total of 2197 × 3 data samples. For testing, 343 new phase combinations are generated within the interval [15◦ , 195◦ ] using 30° steps (i.e., 7×7×7). The corresponding radiation intensities are computed on the same three planes. All input data are normalized prior to model training
More from this Author
Dataset Files
- paper_date paper_data.zip (9.47 MB)
- paper_train_py train.py (8.29 kB)
Documentation
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