Fast joint bit-allocation between texture and depth maps for 3D video coding

This paper presents a fast joint texture/depth bit-allocation method for 3DV coding. As compared to the previous bit-allocation schemes in which the pre-encoding process is required to determine model parameters, the proposed scheme proposed the real-time joint bit-allocation scheme without any pre-...

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Veröffentlicht in:2013 IEEE International Conference on Consumer Electronics (ICCE) S. 193 - 194
Hauptverfasser: Tae Oh, Byung, Lee, Jaejoon, Park, Du-sik
Format: Tagungsbericht Journal Article
Sprache:Englisch
Veröffentlicht: IEEE 01.01.2013
Schlagworte:
Bit rate
Coding
Complexity theory
Conferences
Consumption
Encoding
Joints
Mathematical models
Rendering (computer graphics)
Resource management
Surface layer
Texture
Three dimensional
Video coding
ISBN:1467313610, 9781467313612
ISSN:2158-3994
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Abstract This paper presents a fast joint texture/depth bit-allocation method for 3DV coding. As compared to the previous bit-allocation schemes in which the pre-encoding process is required to determine model parameters, the proposed scheme proposed the real-time joint bit-allocation scheme without any pre-encoding process. As a result, any scene change detection for adaptive model parameter changes is also unnecessary in the proposed scheme. The simulation results show the proposed scheme is comparable to the time-consuming full-search or model-based approaches, while the additional complexity for bit-allocation is almost negligible.
AbstractList This paper presents a fast joint texture/depth bit-allocation method for 3DV coding. As compared to the previous bit-allocation schemes in which the pre-encoding process is required to determine model parameters, the proposed scheme proposed the real-time joint bit-allocation scheme without any pre-encoding process. As a result, any scene change detection for adaptive model parameter changes is also unnecessary in the proposed scheme. The simulation results show the proposed scheme is comparable to the time-consuming full-search or model-based approaches, while the additional complexity for bit-allocation is almost negligible.
Author Byung Tae Oh
Jaejoon Lee
Du-sik Park
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Snippet This paper presents a fast joint texture/depth bit-allocation method for 3DV coding. As compared to the previous bit-allocation schemes in which the...
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SubjectTerms Bit rate
Coding
Complexity theory
Conferences
Consumption
Encoding
Joints
Mathematical models
Rendering (computer graphics)
Resource management
Surface layer
Texture
Three dimensional
Video coding
Title Fast joint bit-allocation between texture and depth maps for 3D video coding
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