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    • 2. 发明申请
    • EXTENSIONS OF MOTION-CONSTRAINED TILE SETS SEI MESSAGE FOR INTERACTIVITY
    • 运动约束的延伸设置了交互性的消息
    • WO2015009676A1
    • 2015-01-22
    • PCT/US2014/046624
    • 2014-07-15
    • SONY CORPORATIONAUYEUNG, CheungXU, JunTABATABAI, Ali
    • AUYEUNG, CheungXU, JunTABATABAI, Ali
    • H04N7/12
    • H04N19/162H04N19/103H04N19/172H04N19/33H04N19/70
    • An extension to the motion-constrained tile sets SEI message provides functionality to signal all tiles are independently decodable and to signal the ROIs that may have more than one tile per ROI. With this extension, the functionality to redefine any independently decodable region-of-interest in a CVS at a coding tree unit level based on user interactivity is enabled. The extension supports the interactivity utilized in various applications such as interactive Ultra High Definition Television (UHDTV), dynamic high-quality zoom-in application, interactive on-demand, e-learning, smart surveillance and many other applications. Additionally, the temporal MCTS SEI message is able to be used by an encoder for tiled streaming to signal explicitly to the decoder that the decoder need only to display the ROI.
    • 运动限制瓦片组SEI消息的扩展提供了信号的功能,所有的瓦片都是可独立解码的,并且向每个ROI可能具有多于一个瓦片的ROI进行信号发送。 通过这种扩展,启用了基于用户交互性在编码树单元级别重新定义CVS中任何可独立解码的感兴趣区域的功能。 该扩展支持在各种应用中使用的交互性,例如交互式超高清晰度电视(UHDTV),动态高品质放大应用,交互式点播,电子学习,智能监控和许多其他应用。 此外,时间MCTS SEI消息能够被编码器用于平铺流,以明确地向解码器通知解码器仅需要显示ROI。
    • 6. 发明申请
    • DIFFERENTIAL CODING OF INTRA DIRECTIONS (DCIC)
    • 内部方向的差分编码(DCIC)
    • WO2012009209A2
    • 2012-01-19
    • PCT/US2011/043305
    • 2011-07-08
    • SONY CORPORATIONMAANI, EhsanLIU, WeiTABATABAI, Ali
    • MAANI, EhsanLIU, WeiTABATABAI, Ali
    • H04N7/32
    • H04N19/00551H04N19/463H04N19/593
    • Spatial domain directional intra prediction has been shown to be very effective to remove the correlation between the pixels in the current block and reconstructed neighbors. In AVC, 8 directional prediction modes (plus the DC prediction mode) are defined. The prediction mode number is signaled to the decoder using a simple predictive coding method. The previous intra prediction methods have two major disadvantages: lack of precision for arbitrary directional patterns and accuracy lack of accuracy to exploit geometric dependency between blocks. To address these issues, a new method accurately predicts the intra directions from reconstructed neighboring pixels and differentially encode the intra directions. This allows a more precise directional prediction without the significant increase in the cost for transmitting the side information.
    • 已经显示空间域方向帧内预测对于去除当前块中的像素和重构的邻居之间的相关性是非常有效的。 在AVC中,定义了8种方向预测模式(加上DC预测模式)。 使用简单的预测编码方法将预测模式编号发信号给解码器。 先前的帧内预测方法有两个主要的缺点:对于任意方向模式缺乏精度,并且精度不足以利用块之间的几何相关性。 为了解决这些问题,一种新方法从重建的相邻像素准确地预测帧内方向并对帧内方向进行差分编码。 这可以实现更精确的方向预测,而不会显着增加传输边信息的成本。