The LIRIS human activities dataset - download

Main page | download | database structure | annotations in XML | camera calibration | annotation tools | evaluation tools

You need to cite the following journal paper in all publications including results for which you used the LIRIS dataset:.

C Wolf, J. Mille, E. Lombardi, O. Celiktutan, M. Jiu, E. Dogan, G. Eren, M. Baccouche, E. Dellandrea, C.-E. Bichot, C. Garcia, B. Sankur, Evaluation of video activity localizations integrating quality and quantity measurements, In Computer Vision and Image Understanding (127):14-30, 2014.


Description of fileformats.

Subset D1 (Mobile robot + Kinect)

ATTENTION!! Due to a glitch in the sampling and streaming software, there is a temporal offset in the gray and depth videos. Frame X in the gray video corresponds to frame X-1 in the depth video! We apologize for this.

Subset D2 (Sony camcorder)

Actreader : read and browse annotated videos

Actanno : edit and create annotations

(A new version of actanno has been developed by Joris Guerry at ONERA. It is available on github, but uses a slightly different output XML format.)

Kinect calibration and correspondence software

We also provide calibration details of the Kinect module used during acquisition and software calculating the correspondence between the depth images and the grayscale images.

Harleval - evaluation tool

Organization, contact

The dataset was collected and produced by members of the LIRIS Laboratory, CNRS, France
Christian Wolf, Julien Mille, Eric Lombardi, Bülent Sankur (BUSIM, Bogazici University, Turkey), Emmanuel Dellandréa, Christophe Garcia, Charles-Edmond Bichot, Mingyuan Jiu, Oya Celiktutan, Moez Baccouche

Send questions to christian.wolf (at) liris.cnrs.fr

You need to cite the following journal paper in all publications including results for which you used the LIRIS dataset:.

C Wolf, J. Mille, E. Lombardi, O. Celiktutan, M. Jiu, E. Dogan, G. Eren, M. Baccouche, E. Dellandrea, C.-E. Bichot, C. Garcia, B. Sankur, Evaluation of video activity localizations integrating quality and quantity measurements, In Computer Vision and Image Understanding (127):14-30, 2014.