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End of preview. Expand in Data Studio

DUT Anti-UAV

This is a redistribution of the DUT Anti-UAV dataset, created by Jie Zhao, Jingshu Zhang, Dongdong Li and Dong Wang at Dalian University of Technology. It holds both parts of the dataset, detection and tracking. It is uploaded here so that students and researchers can download it with the Hugging Face tools. All credit for the data belongs to the original authors.

Every zip file here is byte-for-byte the file the authors published on Google Drive. Nothing was converted, renamed or removed. The SHA-256 of each file is listed below so you can check your copy.

Detection

10,000 visible-light images of drones, split into train, validation and test sets. Each image has a Pascal VOC XML annotation with one or more boxes of the class UAV.

File Images SHA-256
detection/train.zip 5,200 14f927290556df60e23cedfa80dffc10dc21e4a3b6843e150cfc49644376eece
detection/val.zip 2,600 238be0ceb3e7c5be6711ee3247e49df2750d52f91f54f5366c68bebac112ebf8
detection/test.zip 2,200 a671989a01cff98c684aeb084e59b86f4152c50499d86152eb970a9fc7fb1cbe

Each zip unpacks to <split>/img/NNNNN.jpg and <split>/xml/NNNNN.xml.

Parquet copy of the detection set

detection-parquet/ holds the same detection images and boxes as Parquet files, so you can browse them in the dataset viewer and load them with the datasets library. This copy is derived from the zip files above: each row is one image, stored unchanged as JPEG bytes, with the boxes read from its XML file. Nothing else was changed. The three splits have 5,243, 2,621 and 2,245 boxes; three training images have none.

Column Contents
image_id the file name without .jpg, as in the zip
image the image
width, height image size in pixels, from the XML file
objects.bbox one box per drone as [xmin, ymin, xmax, ymax] in pixels, the Pascal VOC corners
objects.category always UAV
from datasets import load_dataset

ds = load_dataset("aegean-ai/dut-anti-uav", "detection")

Tracking

20 visible-light videos of a single drone, with short-term and long-term sequences, stored as 24,804 JPEG frames. Every frame has a ground-truth line.

File Contents SHA-256
tracking/Anti-UAV-Tracking-V0.zip frames, one directory per video (video01 to video20) 5f3bb7150d38e613243397555405258674776b795b90b1e8c98c5259fe1bd72f
tracking/Anti-UAV-Tracking-V0GT.zip ground truth, one file per video (videoNN_gt.txt) 8722a642e2f0e0981faf728efff4bd19e0e0e1b65df723e0a4ed1f11c972648f

Each line of a ground-truth file describes one frame, in frame order. It holds four integers: the x and y pixel coordinates of the box's top-left corner, then its width and height in pixels. A frame where the drone is not visible is marked -100 -100 -100 -100; 2,586 frames in 9 of the 20 videos carry that marker.

Each video directory in the frames zip also holds videoNN_gt_first.txt, which repeats the first frame's box. Single-object trackers start from that box. Every video's ground-truth file has exactly one line per frame.

Video Frames Resolution
video01 1,050 1920x1080
video02 83 1280x720
video03 100 1280x720
video04 341 1920x1080
video05 450 1280x720
video06 200 1920x1080
video07 2,480 1280x720
video08 2,305 1280x720
video09 2,500 1920x1080
video10 2,635 1920x1080
video11 1,000 1920x1080
video12 1,485 1920x1080
video13 1,915 1920x1080
video14 590 1920x1080
video15 1,350 1920x1080
video16 1,285 1920x1080
video17 780 1920x1080
video18 1,320 1920x1080
video19 1,300 1920x1080
video20 1,635 1920x1080

Parquet copy of the tracking set

tracking-parquet/ holds the same frames and boxes as one Parquet file per video, so you can browse them in the dataset viewer and load them with the datasets library. This copy is derived from the zip files above: each row is one frame, stored unchanged as JPEG bytes, with its box from the ground-truth file. The config has a single split, test, because the paper evaluates trackers on all 20 videos.

Column Contents
video_id video01 to video20
frame_index frame number, counted from 1, as in the frame file names
image the frame
width, height frame size in pixels
bbox the ground-truth box as [x, y, width, height] in pixels, from the top-left corner, or [-100, -100, -100, -100] when the drone is not visible
from datasets import load_dataset

frames = load_dataset("aegean-ai/dut-anti-uav", "tracking", split="test")
video05 = frames.filter(lambda v: v == "video05", input_columns="video_id")

Preview videos

tracking-preview/videoNN.mp4 is one H.264 video per sequence for watching the data, with the ground-truth box drawn in green on frames where the drone is visible. The previews are derived and lossy: frames are scaled to at most 1280 pixels wide and re-encoded. The dataset does not state a frame rate, so the previews play at 30 frames per second. Use the frames or the Parquet copy, not the previews, for evaluation.

Download

hf download aegean-ai/dut-anti-uav --repo-type dataset --local-dir dut-anti-uav

Citation

If you use this data, cite the original paper:

@article{zhao2022dutantiuav,
  title   = {Vision-based Anti-UAV Detection and Tracking},
  author  = {Zhao, Jie and Zhang, Jingshu and Li, Dongdong and Wang, Dong},
  journal = {IEEE Transactions on Intelligent Transportation Systems},
  year    = {2022}
}
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