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Semantic modeling of natural scenes by local binary pattern

机译:本地二进制模式自然场景的语义建模

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Automatic image annotation is an efficient and promising solution in content based image retrieval system applications to process very large databases via keywords. The basic idea of semantic modeling is to describe local image regions into semantic concepts using low level features such as color and texture. These local image region descriptions are combined to a global image representation that can be used for scene categorization and retrieval. In this paper, Local Binary Pattern features and neighborhood prior information are used as texture and spatial features for local image representation that allows access to natural scenes. K-Means classifier has been used to support automatic image annotation of local image region into semantic classes such as water, sky, and trees. Extensive experiments on databases like COREL, shows that the proposed technique performs well in scene classification.
机译:自动图像注释是基于内容的图像检索系统应用中的一种有效和有希望的解决方案,用于通过关键字处理非常大的数据库。 语义建模的基本思想是使用低级功能(如颜色和纹理)将本地图像区域描述为语义概念。 这些本地图像区域描述组合到可用于场景分类和检索的全局图像表示。 在本文中,本地二进制模式特征和邻域的现有信息用作允许访问自然场景的本地图像表示的纹理和空间特征。 K-means分类器已被用于支持本地图像区域的自动图像注释进入语义类,例如水,天空和树木。 关于Corel等数据库的广泛实验表明,所提出的技术在现场分类中表现良好。

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