Download the SeaDronesSee Object Detection v2 dataset on the dataset page. Upload a json-prediction on the test set on the
The SeaDronesSee benchmark was recently
published in WACV 2022. The goal of this benchmark is to
advance computer vision algorithms in Search and Rescue missions. It is
aimed at detecting humans, boats and other objects in open
water. See the Explore page for some annotation examples.
The task of object detection in maritime search and rescue is far from solved. For example, the best performing
model of the SeaDronesSee object detection track currently
only achieves 36% mAP. Compare that to the common
COCO benchmark with the best performer achieving over
60% mAP. For the challenge of the workshop, we are going to make
a few changes from the original SeaDronesSee object detection benchmark.
In addition to the already publicly available
data, we collected further training data, which is included at the start of the challenge. In particular, we extend the
object detection track of SeaDronesSee by almost 9K newly captured images depicting the sea surface from the viewpoint
of a UAV.
The task is to detect the classes
swimmer, boat, jetski, buoy, life saving appliance (life jacket/lifebelt). The
ground truth bounding boxes are available and the
evaluation protocol is based on the standard mean average precision. Owing to the application scenario, we
offer an additional sub-track where only class-agnostic
models are evaluated which resembles the use-case
of detecting anything that is not water. Furthermore,
we require participants to upload information on their
used hardware and runtime.
Create an object detector that, given an image, outputs bounding boxes for the classes of interest. The bounding boxes
are rectangular axis-aligned boxes.
There are two subtracks:
1. Standard Object Detection: In the first subtrack, you should localize and classify all annotated classes as given below.
2. Binary Object Detection: In the second subtrack, you should localize and classify objects in a binary fashion: water and non-water.
Your submission to the first subtrack will automatically be evaluated on the second subtrack by merging all your
predicted classes to a single class "non-water". However, you are encouraged to specifically train and submit a model on the second subtrack since
you might improve the accuracy for the (possibly simpler) binary prediction task.
There are 14,227 RGB images for the task of object detection (training: 8,930; validation: 1,547;
The images are captured from various altitudes and viewing angles ranging
from 5 to 260 meters and 0 to 90° degrees while providing the respective meta information for altitude, viewing angle and other meta data for almost all frames,
which are of 3840x2160, 5456x3632 and 1229x934 resolution. Each image is annotated with labels for the classes
swimmer, boat, jetski, buoy, life saving appliance (life jacket/lifebelt)
Additionally, there is an ignore class. This region contains difficult to label or ambiguous objects. We blackened out these regions
in the images already.
We provide meta data for most of the images. However, there is some number of images not containing any meta labels. Although the
bounding box annotations for the test set are withheld, the meta data labels for the test set are available
We evaluate your predictions on the commonly used AP, AP50, AP75, AR1 and AR10.
We use the commonly used COCO evaluation protocol. You can see the
od.py protocol on our Github.
For the first subtrack, we average the AP results over all classes. For the second subtrack, we only have a single class.
The determining metric for winning will be AP. In case of a draw, AP50 counts.
Furthermore, we require every participant to submit information on the speed of their method measured in frames per second walltime.
Please also indicate the hardware that you used. Lastly, you should indicate which data sets (also for pretraining) you used during training
and whether you used meta data.
In order to participate, you can perform the following steps:
Download the dataset SeaDronesSee Object Detection v2 (not the old one!) on the dataset page.
Create a json-file in COCO style that are the predictions on the test set (see also the dataset page for more details).
Find a sample submission file for the standard object detection here. For the binary track,
download a sample file here.
Upload your json-file along with all the required information in the form here. You need to register first.
Make sur you choose the proper track (Object Detection v2 or Binary Object Detection v2).
If you provided a valid file and sufficient information, you should see your method on the leaderboard. Now, you can reiterate. You may upload
at most three times per day (independent of the challenge track).
Terms and Conditions
Submissions must be made before the deadline as listed on the dates page
You may submit at most 3 times per day independent of the challenge
The winners are determined by the AP metric (AP50 in case of tie)
You are allowed to use any publicly available data for training but you must list them at the time of upload. This also applies to pretraining.
Note that we (as organizers) may upload models for this challenge BUT we do not compete for a winning position
(i.e. our models do not count on the leaderboard and merely serve as references). Thus, if your method is worse (in any metric)
than one of the organizer's, you are still encouraged to submit your method as you might win.
Each of the three best teams of this challenge track will receive a GPU card selected and supplied by Sentient (details soon).
In case of any questions regarding the challenge modalities or uploads, please direct them to email@example.com.