Raw data sources, such as colour cameras, LIDAR and both long and wide range radars
The development of the PREVENTION dataset has been supported by the BRAVE project of the European Union’s Horizon 2020 research and innovation programme under grant agreement Nº 723021
Find here some useful info about our sensors and data acquisition system
High-speed FHD+ Bayer camera
Velodyne HDL-32E LiDAR
ARS-308 Continental long-range radar
SRR-208 Continental wide-range radar
Trimble NetR9 Geospatial RTK DGNSS
MPU6050 IMU
Find below our data recordings, classified by date.
An alternative by-parts download method is available for unstable connections.
Find here useful C/C++ code to import and use our data.
Only OpenCV is required to compile our code.
Three stages of lane change maneuver:
Annotation structure: ID ID_m LC_type f0 f1 f2 blinker
Our paper was published at the IEEE ITSC 2019, you can download it by clicking on the preview image showed below.
If you are using our data for research purposes, we would be grateful if you cite us.
@INPROCEEDINGS{prevention_dataset,The INVETT (INtelligent VEhicles and Traffic Technologies) Research Group carries out its activity in the area of last-generation sensors for 3D High-resolution perception as well as intelligent systems at large. Our Lab is located in Politechnic School, External Campus, Universidad de Alcala
This web and its contents are copyrighted under the CC BY-NC-SA 4.0 license.
This section is necessary for the dataset to be indexed by search engines.
property | value | ||||||
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name | The PREVENTION Dataset |
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alternateName | The PREVENTION Dataset |
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url | https://prevention-dataset.uah.es/ |
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sameAs | https://prevention-dataset.invett.es/ |
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sameAs | https://prevention-dataset.uah.es/ |
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description | The PREVENTION Dataset collects data acquired by INVETT Research Group self-driving car -Citroën C4- in wide variety of scenarios and conditions. More than six hours of driving from raw data sources, such as colour cameras, LiDAR and both long and wide range RADARs. This dataset is focused on the development of prediction algorithms and applications that could anticipate the intention and trajectory of sorrounding vehicles. |
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