RF-based Drone Detection Enhancement Dataset
收藏资源简介:
该数据集使用DJI Phantom4在城市环境中收集无人机信号。接收天线阵列为6元素均匀圆阵,采样率为60 Msps。阵列与无人机之间的距离从100米到1000米,间隔100米。每个样本包含6个阵元上的接收信号,每个阵元上的接收信号有7.5 × 10^5个时间快照。
This dataset was collected using a DJI Phantom4 in an urban environment to capture drone signals. The receiving antenna array is a 6-element uniform circular array with a sampling rate of 60 Msps. The distance between the array and the drone ranges from 100 meters to 1000 meters, in increments of 100 meters. Each sample includes received signals from 6 array elements, with each element's signal comprising 7.5 × 10^5 time snapshots.
数据集概述
数据集名称
RF-based Drone Detection Enhancement via a Generalized Denoising and Interference-Removal Framework
数据集内容
- 采集设备:DJI Phantom4
- 环境:城市环境
- 接收天线阵列:6元素均匀圆形阵列
- 采样率:60 Msps
- 距离范围:100米至1000米,间隔100米
- 样本详情:每个样本包含6个阵元上的接收信号,每个阵元有$7.5 imes 10^{5}$时间快照
数据集用途
用于无人机信号检测,特别是通过广义去噪和干扰移除框架增强检测能力。
引用信息
text @ARTICLE{10475428, author={Wang, Ziqi and Cao, Zihan and Xie, Julan and Zhang, Wei and He, Zishu}, journal={IEEE Signal Processing Letters}, title={RF-based Drone Detection Enhancement via a Generalized Denoising and Interference-removal Framework}, year={2024}, volume={}, number={}, pages={1-5}, keywords={Denoise;Interference-removal;Radio frequency signal;Drone detection}, doi={10.1109/LSP.2024.3379006}}




