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User-action-driven view and rate scalable multiview video coding
Jacob Chakareski
, Vladan Velisavljevic
, Vladimir Stankovic
Research output
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Contribution to journal
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Article
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peer-review
34
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Scopus citations
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Keyphrases
User Actions
100%
Scalable Video Coding
100%
Viewpoint Selection
100%
Discrete Set
50%
Optimization Framework
50%
Transmission Rate
50%
Optimal Performance
50%
Latency
50%
Encoding Method
50%
Encoding Strategy
50%
Interactivity
50%
Bit Rate
50%
Rate Allocation
50%
Multi-view Video
50%
Allocation Method
50%
Wavelet Basis
50%
Fine Granularity
50%
Superior Performance
50%
Allocation Strategy
50%
Markov Chain
50%
Sender
50%
Bitstream
50%
Video Content
50%
Video Quality
50%
Codec
50%
Novel Functions
50%
Discrete State Space
50%
Client Views
50%
H.264 SVC
50%
User Interaction Model
50%
Coders
50%
Client Performance
50%
Uniform Rate
50%
Synthesized View
50%
Computer Science
Optimization Framework
100%
Transmission Rate
100%
Allocation Strategy
100%
Coding Strategy
100%
State Space
100%
Scalable Coding
100%
Fine Granularity
100%
Superior Performance
100%
Optimal Performance
100%
Interaction Model
100%
User Interaction
100%
Embedded Bitstream
100%
multi-view video coding
100%
Coder
100%
Markov Chain
100%