Main page — Video Quality Measurement Tool 3D

MSU Device Testing - determination of the 3D devices’ characteristics: Tested devices

Table of contents

This page will be updated and new equipment will be added.
You can participate in the project by testing its 3D device!

Stereo monitor with circular polarization: Zalman ZM-M215W

Screen.
Zalman ZM-M215W

We observed channels swap watching the display from different vertical angels.

We have constructed for this device the maps of 3D-perception quality per viewing position:

Vertical plane.
Vertical plane.
Horizontal plane, the height of 1.2m.
Horizontal plane, the height of 1.2m.

Stereo TV with circular polarization: Philips 47PFL7606H

Screen.
Philips 47PFL7606H

We have learned that the quality of 3D perception is affected by head bending in spite of circular polarization, however, high-quality 3D image is preserved in case of bending up to 15-30 degrees.

Bend head.
This figure is illustration of how image quality depends on head bending. The only left view of the test image is presented. The expected image shouldn't contain "2" digits but it is possible when crosstalk is high.

We have constructed for this device the maps of 3D-perception quality per viewing position:

Vertical plane.
Vertical plane.
Horizontal plane, the height of 1.0m.
Horizontal plane, the height of 1.0 m.
18 Mar 2013
See Also
Learning-Based Image Compression Benchmark
MSU 3D-video Quality Analysis. Report 12
MSU 3D-video Quality Analysis. Report 11
MSU 3D-video Quality Analysis. Report 10
Detection of stereo window violation
How to find objects that are present only in one view?
Depth continuity estimation in S3D video
How smooth is the depth transition between scenes?
Site structure
MSU Graphics & Media Lab Video Group
2019–2022