Point Cloud Geometry Scalable Coding With a Single End-to-End Deep Learning Model

Point clouds are gaining importance as the format to represent complex 3D objects and scenes, offering high user immersion and interaction, although at the cost of requiring massive data. Scalable coding is an important feature for point cloud coding, especially for real-time applications, where the...

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Veröffentlicht in:Proceedings - International Conference on Image Processing S. 3354 - 3358
Hauptverfasser: Guarda, Andre F. R., Rodrigues, Nuno M. M., Pereira, Fernando
Format: Tagungsbericht
Sprache:Englisch
Veröffentlicht: IEEE 01.10.2020
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ISSN:2381-8549
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Abstract Point clouds are gaining importance as the format to represent complex 3D objects and scenes, offering high user immersion and interaction, although at the cost of requiring massive data. Scalable coding is an important feature for point cloud coding, especially for real-time applications, where the fast and bitrate efficient access to a decoded point cloud is important; however, this issue is still rather unexplored in the literature. With the rise of deep learning methods as a promising solution for efficient coding, this paper proposes the first deep learning-based point cloud geometry scalable coding solution. Experimental results show that the proposed scalable coding solution consistently outperforms the MPEG standard for static point cloud geometry coding. In this way, a new research path is open for point cloud scalable coding technology.
AbstractList Point clouds are gaining importance as the format to represent complex 3D objects and scenes, offering high user immersion and interaction, although at the cost of requiring massive data. Scalable coding is an important feature for point cloud coding, especially for real-time applications, where the fast and bitrate efficient access to a decoded point cloud is important; however, this issue is still rather unexplored in the literature. With the rise of deep learning methods as a promising solution for efficient coding, this paper proposes the first deep learning-based point cloud geometry scalable coding solution. Experimental results show that the proposed scalable coding solution consistently outperforms the MPEG standard for static point cloud geometry coding. In this way, a new research path is open for point cloud scalable coding technology.
Author Pereira, Fernando
Rodrigues, Nuno M. M.
Guarda, Andre F. R.
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  givenname: Nuno M. M.
  surname: Rodrigues
  fullname: Rodrigues, Nuno M. M.
  organization: ESTG-Instituto Politécnico de Leiria and Instituto de Telecomunicações,Portugal
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  givenname: Fernando
  surname: Pereira
  fullname: Pereira, Fernando
  organization: Instituto Superior Técnico-Universidade de Lisboa and Instituto de Telecomunicações,Portugal
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Snippet Point clouds are gaining importance as the format to represent complex 3D objects and scenes, offering high user immersion and interaction, although at the...
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StartPage 3354
SubjectTerms Decoding
deep learning
Encoding
Geometry
Point cloud coding
progressive coding
quality scalability
Three-dimensional displays
Training
Transform coding
Title Point Cloud Geometry Scalable Coding With a Single End-to-End Deep Learning Model
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