Characterized by geometry and photometry attributes, point cloud has been widely applied in the immersive services of various 3Dobjects and scenes. The development of even more precise capture devices and the increasi...Characterized by geometry and photometry attributes, point cloud has been widely applied in the immersive services of various 3Dobjects and scenes. The development of even more precise capture devices and the increasing requirements for vivid rendering in-evitably induce huge point capacity, thus making the point cloud compression a demanding issue. In this paper, we introduce sev-eral well-known compression algorithms in the research area as well as the boosting industry standardization works. Specifically,based on various applications of this 3D data, we summarize the static and dynamic point cloud compression, both including irreg-ular geometry and photometry information that represent the spatial structure information and corresponding attributes, respective-ly. In the end, we conclude the point cloud compression as a promising topic and discuss trends for future works.展开更多
文摘Characterized by geometry and photometry attributes, point cloud has been widely applied in the immersive services of various 3Dobjects and scenes. The development of even more precise capture devices and the increasing requirements for vivid rendering in-evitably induce huge point capacity, thus making the point cloud compression a demanding issue. In this paper, we introduce sev-eral well-known compression algorithms in the research area as well as the boosting industry standardization works. Specifically,based on various applications of this 3D data, we summarize the static and dynamic point cloud compression, both including irreg-ular geometry and photometry information that represent the spatial structure information and corresponding attributes, respective-ly. In the end, we conclude the point cloud compression as a promising topic and discuss trends for future works.
