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Generating video objects by multiple-view extensive partitionlattice operators

机译:通过多视图扩展分区生成视频对象晶格算子

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Occlusion/disocclusion is one of the fundamental problems forsemantic video object (SVO) extraction because the tracking degradationfrom occlusion/disocclusion creates difficulty for the pixel-wiseaccuracy requirement and adds to the amount of user interaction requiredin off-line video editing applications. We present an approach based onthe application of a new extensive operator in a lattice of partitions,that exploits information from various views of the scene to address thedisocclusion problem by using a regional Bayesian formulation. Ourmultiview operator builds on the application of the maximum a posteriori(MAP) principle, by integrating a single view region classificationstage and a multiview stage that solves for disoccluded regions labeledas uncertain. Results on several real sequences show that this approachimproves the quality of the extracted SVOs and reduces the total amountof user interaction
机译:遮挡/解除遮挡是人体的基本问题之一 语义视频对象(SVO)提取,因为跟踪性能下降 从遮挡/解除遮挡产生像素难度 准确性要求,并增加了所需的用户交互量 在离线视频编辑应用程序中。我们提出了一种基于 在分区格中应用新的广泛运算符, 利用来自场景各种视图的信息来解决 通过使用区域贝叶斯公式来解决遮挡问题。我们的 多视图运算符基于最大后验的应用 (MAP)原理,通过集成单个视图区域分类 阶段和多视图阶段,解决标记为遮挡的区域 由于不确定。几个真实序列的结果表明,这种方法 提高提取的SVO的质量并减少总量 用户互动

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