RUSSIAN |
MSU-Samsung Deinterlacing Project
MSU Graphics & Media Lab (Video Group)
Method ideas, project:
Dr. Dmitriy Vatolin
Implementation, ideas:
Denis Kubasov, Sergey Putilin,
Maxim Makhinya
New Deinterlacing project:
MSU Deinterlacer
The filter is designed to suppress comb effect, also known as interlacing, in motion pictures. As opposed to other available filters, MSU Deinterlacing uses a balanced combination of 8 filters to ensure better picture quality.
Examples
We shall compare MSU Deinterlacing Filter to Smart Deinterlace (one of the best available filters written by Donald Graft) using 3 test sequences.
The first example is frame No. 9 from sequence 'Helicopter'.
A frame from the sequence
A fragment of the frame
The fragment processed by MSU Deinterlacing
The fragment processed by Smart Deinterlace
It's easy to see that image feature outlined in red looks much better on the left picture.
Smart Deinterlace made it blocky, while MSU Deinterlacing did better job at image reconstruction.
The next example:
Consider fragment of the frame:
The next example is fragment of frame No. 92 from Schumacher sequence.
New Deinterlacing project: MSU Deinterlacer
Project updated by
Project sponsored by YUVsoft Corp.
Project supported by MSU Graphics & Media Lab
A frame from the sequence
The frame processed by MSU Deinterlacing
The frame processed by Smart Deinterlace
The fragment processed by MSU Deinterlacing
The fragment processed by Smart Deinterlace
Frames from sequences tennis & mobl:
A fragment of the frame
The fragment processed by MSU Deinterlacing
The fragment processed by Smart Deinterlace
AlparySoft,
Decomb and MSU SMC deinterlacer.
Download
This filter was developed from October 2002 to May 2003 by group and
from May 2003 in collaboration with SAIT (Samsung Advanced Institute of
Technology) so currently filter is unavailable due to contract limitations.
Please read MSU filters FAQ
before mailing.
E-mail:
Other resources
Video resources:
Server size: 8069 files, 1215Mb
(Server statistics)
Server Team and
MSU Video Group