The Versatile Video Coding (VVC) standard provides new tools that allow higher compression rates compared to previous standards, as well as greater adaptability to different types of video content, such as 360° or omnidirectional videos. In this sense, VVC requires a very high computational effort, especially in the in...
Rogerio Cassanta Rosado, Gustavo Sanchez, D. Palomino et al.· Journal of Integrated Circui...· 0 citations
This paper presents a CU-level dynamic approximate storage scheme for intra-frame prediction in Versatile Video Coding (VVC) encoders, targeting energy-efficient video compression. The proposed approach leverages the spatial-temporal correlation of intra-coded regions across neighboring Random Access (RA) frame layers...
Laiane Souza, Y. Camargo, Matheus Isquierdo et al.· Symposium on Integrated Circ...· 0 citations
The Versatile Video Coding (VVC) standard achieves significant improvements in compression efficiency over its predecessors but at the cost of increased computational complexity. This challenge becomes even more critical in immersive media applications, such as 360-degree video, where high resolutions and projection fo...
É. Beltrão, Iago Storch, Luciano Agostini et al.· Journal of Integrated Circui...· 0 citations
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