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Research on multimedia ontology bridging #x201C;semantic gap#x201D; between perceivable world and conceptual world

机译:易于察觉世界与概念世界之间的“语义差距”的多媒体本体论研究

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摘要

The producers and customers have difficulties in organizing, finding, retrieving and accessing dasiarightpsila media info, reasons for this problem stem from a lack of interoperability and semantic metadata share between several applications for multimedia processing and understanding. Thus, it is necessary to design a set of media info understanding-oriented MultiMedia Ontology (MMO). In order to effectively solve the problem of ldquosemantic gaprdquo between perceivable media world and high-level conceptual world, a novel method of semantic-layering and semantic-abstracting step by step is adopted, viz. the abstract from primary perceptive level to high-level perceptive level by various perceptual components and the abstract from high-level perceptive level to high-level conceptual level by mathematical model such as Hierarchical Hidden Markov Model (HHMM). MMO is designed by re-engineering MPEG-7 with OWL DL rules, which includes core ontology, media ontology and domain ontology, the reason for such design is to be convenient to adopt existing ontology(such as MPEG-7 and DOLCE) and easy to be extended and reused. A use case of semantic-abstracting and semantic-annotating is showed to testify the effect of MMO.
机译:生产者和客户在组织,发现,检索和访问DasiarightPsila媒体信息方面具有困难,这一问题的原因源于缺乏多媒体处理和理解的若干应用程序之间的互操作性和语义元数据。因此,有必要设计一组面向导向的多媒体本体(MMO)的媒体信息。为了有效解决可爱的媒体世界和高级概念世界之间的LDQuosmadamic Gaprdquo问题,采用了一种新颖的语义分层和语义抽象方法,逐步逐步逐步。摘要从初次感知水平到各种感知组成部分的高级感知水平,并通过数学模型(如​​分层隐马尔可夫模型(HHMM)等数学模型从高级观察水平到高级概念水平的摘要。 MMO是由重新设计的MPEG-7设计,其中包括核心本体,媒体本体和域本体,这些设计的原因是方便采用现有本体(如MPEG-7和Dolce)和简单延长和重复使用。显示了语义抽象和语义注释的用例,以证明MMO的效果。

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