computational complexity; correlation methods; rate distortion theory; video coding; AVC standard; H.264 standard; HEVC encoder; HEVC test model; adaptive depth selection; coding efficiency; coding tree block; computation complexity; encoding time reduction; fast CU size decision algorithm; fast coding unit size decision algorithm; flexible coding unit partition technology; high efficiency video coding; least rate distortion cost; picture encoding; random access configuration; strong temporal correlation; Algorithm design and analysis; Complexity theory; Delays; Encoding; Partitioning algorithms; Prediction algorithms; Video coding; CU size decision; HEVC; adaptive depth selection;
机译:基于纹理深度关系的快速Cu尺寸决策,用于3D-HEVC中的深度映射编码
机译:基于最优选择模型和编码参数的HEVC自适应CU深度决策
机译:CU编码深度预测,早期CU拆分终止和快速模式决定,以实现快速HEVC帧内编码
机译:一种基于HEVC编码器自适应深度选择的快速Cu大小决策算法
机译:基于区域明智特征分类的HEVC帧内预测中基于深度学习的快速模式决策
机译:3D-HEVC深度帧内编码的快速模式决策
机译:基于内容自适应特征的CU大小预测,用于HEVC中的快速低延迟视频编码