Research on quality of experience is strongly linked to viewers' opinion. To perform quality assessment on different aspects of 3D content, we captured various 3D images and videos. We have decided to make the data set available to the research community free of charge. Please view the database on our website, and if you need the full resolution images and videos, please contact us. If you use these images and videos in your research, we kindly ask that you reference this website and our papers listed below.
![](database/3d_glasses_red_cyan.png)
park
![](database/park_a_s.jpg)
![](database/park_a_s.jpg)
Database 1: Guidelines for Capturing High Quality Stereoscopic Content Based on a Systematic Subjective Evaluation
The motivation of creating this database was to quantify the effect of a few important parameters to 3D quality. These parameters include d_min (the distance between the cameras and the closest point captured in the stereoscopic image pair), d_max (the distance between the camera and the background), and d_obj (the distance between the camera and the main object of interest). Note the interocular distance between the two parallaled cameras were 77mm for all images in database 1.
Please cite the following papers if you are using this database for your research.
- Lino E. Coria, Di Xu, Panos Nasiopoulos, "Quality of Experience of Stereoscopic Content on Displays of Different Sizes: A Comprehensive Subjective Evaluation," IEEE International Conference on Consumer Electronics ICCE 2011, Las Vegas, NV, USA, January 9-12, 2011, pages 778-779.
- Di Xu, Lino Coria, Panos Nasiopoulos, "Guidelines for Capturing High Quality Stereoscopic Content Based on a Systematic Subjective Evaluation," IEEE International Conference on Electronics, Circuits, and Systems, ICECS 2010, Athens, Greece, December 12-15, 2010, pages 166-169.
![]() left view and right view |
![]() left view and right view |
![]() left view and right view |
![]() left view and right view |