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Coding of mixed-resolution multiview video in 3D video application

Aflaki,Payman; Su,Wenyi; Joachimiak,Michal; Rusanovskyy,Dmytro; Hannuksela,Miska M.; Li,Houqiang; Gabbouj,Moncef (2013)

 
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Aflaki,Payman
Su,Wenyi
Joachimiak,Michal
Rusanovskyy,Dmytro
Hannuksela,Miska M.
Li,Houqiang
Gabbouj,Moncef
Institute of Electrical and Electronics Engineers IEEE
2013


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Julkaisun pysyvä osoite on
http://urn.fi/URN:NBN:fi:tty-201409231437

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Peer reviewed
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The emerging MVC+D standard specifies the coding of Multiview Video plus Depth (MVD) data for enabling advanced 3D video applications. MVC+D specifications define the coding of all views of MVD at equal spatial resolution and apply a conventional MVC technique for coding the multiview texture and the depth independently. This paper presents a modified MVC+D coding scheme, where only the base view is coded at the original resolution whereas dependent views are coded at reduced resolution. To enable inter-view prediction, the base view is downsampled within the MVC coding loop to provide a relevant reference for dependent views. At the decoder side, the proposed scheme consists of a post-processing scheme which upsamples of the decoded views to their original resolution. The proposed scheme is compared against the original MVC+D scheme and an average of 4% delta bitrate reduction (dBR) in the coded views and 14.5% of dBR in the synthesized views are reported.
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