Prédiction Intra-image avancée pour le codage vidéo avec H.266

par Mohsen Abdoli

Projet de thèse en Traitement du signal et des images

Sous la direction de Patrice Brault et de Pierre Duhamel.

Thèses en préparation à Paris Saclay , dans le cadre de Sciences et Technologies de l'Information et de la Communication , en partenariat avec L2S - Laboratoire des signaux et systèmes (laboratoire) et de Université Paris-Sud (établissement de préparation de la thèse) depuis le 01-12-2015 .


  • Résumé

    My thesis is on the Next Generation Video Coding standard which will probably be called H.266 and is supposed to be finalized before 2020 to replace the current state-of-the-art High Efficiency Video Coding or H.265/HEVC. At the moment, there is an intense activity in this domain by the main players (e.g. Samsung, Technicolor, Qualcomm etc.) to put their technologies in the prospective standard. As a big telecom company which has to adopt the standard for the use of its services, Orange is strongly following the standardization process both to help it accelerate and put technologies in it. One of the major sub-domains of video compression is "intra-frame prediction" in which, frames of the video sequence are treated as individual images to be compressed independently. In this thesis which is a part of a bigger project at Orange, we are trying to improve the performance of the intra-frame prediction for the H.266. That is to say, we want to further compress individual frames while maintaining the same level of quality.

  • Titre traduit

    Enhanced Intra-Frame Prediction for H.266 video compression standard


  • Résumé

    My thesis is on the Next Generation Video Coding standard which will probably be called H.266 and is supposed to be finalized before 2020 to replace the current state-of-the-art High Efficiency Video Coding or H.265/HEVC. At the moment, there is an intense activity in this domain by the main players (e.g. Samsung, Technicolor, Qualcomm etc.) to put their technologies in the prospective standard. As a big telecom company which has to adopt the standard for the use of its services, Orange is strongly following the standardization process both to help it accelerate and put technologies in it. One of the major sub-domains of video compression is "intra-frame prediction" in which, frames of the video sequence are treated as individual images to be compressed independently. In this thesis which is a part of a bigger project at Orange, we are trying to improve the performance of the intra-frame prediction for the H.266. That is to say, we want to further compress individual frames while maintaining the same level of quality.