Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Multiview video refers to the simultaneous capturing of multiple video views with an array of closely spaced cameras. In an interactive multiview video streaming (IMVS) system, a client can play back the content in time in a single view, and may observe a scene of interest by switching to different viewpoints. Users independently choose their own view navigation paths through the high-dimensional multiview data. Distributed servers are deployed to collaboratively replicate video content in order to support user scalability. Such a system typically presents challenges in both coding and content replication. In coding, the multiview video must be encoded in order to support efficient view-switching and distributed replication. In content replication, it is important to decide which data blocks to store at each server to facilitate view-switches at any time. ,  co-design a coding structure and a distributed content replication strategy. First,  propose a coding structure based on redundant P-frames and distributed source coding (DSC) frames to achieve efficiency in coding, view switches and content replication.  then propose a heuristic-based distributed and cooperative replication strategy to take advantage of the correlation beten the multiple views for resource-effective content delivery. Simulation results show that our coding and replication co-design is cost-effective in supporting IMVS services.
['Huan Huang', 'Bo Zhang', 'Gary Shueng Han Chan', 'Gene Cheung', 'Pascal Frossard']
I am writing a research paper on a idea Coding and replication co-design for interactive multiview video streaming
[{"from": "human", "value": "I am writing a research paper on a idea Coding and replication co-design for interactive multiview video streaming"}, {"from": "gpt", "value": "Thats a unique idea.You should consider the following idea to enhance your idea so that it would impact uniquely: Multiview video refers to the simultaneous capturing of multiple video views with an array of closely spaced cameras. In an interactive multiview video streaming (IMVS) system, a client can play back the content in time in a single view, and may observe a scene of interest by switching to different viewpoints. Users independently choose their own view navigation paths through the high-dimensional multiview data. Distributed servers are deployed to collaboratively replicate video content in order to support user scalability. Such a system typically presents challenges in both coding and content replication. In coding, the multiview video must be encoded in order to support efficient view-switching and distributed replication. In content replication, it is important to decide which data blocks to store at each server to facilitate view-switches at any time. ,  co-design a coding structure and a distributed content replication strategy. First,  propose a coding structure based on redundant P-frames and distributed source coding (DSC) frames to achieve efficiency in coding, view switches and content replication.  then propose a heuristic-based distributed and cooperative replication strategy to take advantage of the correlation beten the multiple views for resource-effective content delivery. Simulation results show that our coding and replication co-design is cost-effective in supporting IMVS services."}]