2011Unpublished venueOpen access

An H.264/AVC to SVC TemporalTranscoder in Baseline profile digest of technical papers

Rosario Garrido-Cantos, Jan De Cock, José Luis Martínez, Sebastiaan Van Leuven, Pedro Cuenca, A. Garrido, Rik Van de Walle

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Abstract

Scalable Video Coding provides temporal, spatial and quality scalability using layers within the encoded bitstream. This feature allows the encoded bitstream to be adapted to different devices and heterogeneous networks. This paper proposes a technique to convert an H.264/AVC bitstream in Baseline profile to a scalable stream which provides temporal scalability. Applying the presented approach, a reduction of 65% of coding complexity is achieved while maintaining the coding efficiency.

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Scalable Video Coding provides temporal, spatial and quality scalability using layers within the encoded bitstream. This feature allows the encoded bitstream to be adapted to different devices and heterogeneous networks. This paper proposes a technique to convert an H.264/AVC bitstream in Baseline profile to a scalable stream which provides temporal scalability. Applying the presented approach, a reduction of 65% of coding complexity is achieved while maintaining the coding efficiency.

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Available abstract

Scalable Video Coding provides temporal, spatial and quality scalability using layers within the encoded bitstream. This feature allows the encoded bitstream to be adapted to different devices and heterogeneous networks. This paper proposes a technique to convert an H.264/AVC bitstream in Baseline profile to a scalable stream which provides temporal scalability. Applying the presented approach, a reduction of 65% of coding complexity is achieved while maintaining the coding efficiency.

Key concepts: Bitstream, Scalable Video Coding, Scalability, Computer science, Coding (social sciences), Baseline (sea), Computer architecture, Encoding (memory)

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