植物图画书检索系统的构建

Yasuhiko Watanabe, M. Nagao
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引用次数: 1

摘要

模式信息和自然语言信息一起使用可以相互补充和加强,从而实现比单独使用任何一种媒介更有效的沟通。植物图画书(PBF)就是一个很好的例子。在PBF中,可读的解释结合了文本和图片。然而,当我们不知道花的名称时,很难从PBF中检索到解释文本和图片。为了解决这一问题,我们提出了一种利用每个花和果实的颜色特征来检索PBF的方法,并构建了一个PBF的实验检索系统。为了获得每种花和水果的颜色特征,我们对PBF图像进行了分析,发现了以下几个问题:PBF图像中包含多种物体。除了花和水果,还有叶子、茎、天空、土壤,有时在PBF图片中还有人。在每幅画中,花和水果的位置、大小和方向都有很大的不同。每一种花和果实都有其独特的形状、颜色和质地,通常与其他的不同。由于存在这些问题,很难预先建立通用的、精确的PBF图像分析模型。我们提出了一种利用自然语言信息进行图像分析的方法。我们的方法如下。首先,我们对PBF解释文本进行分析,提取每种花和水果的颜色信息。然后,我们利用自然语言处理的结果对PBF图像进行分析,最终得到每个花和水果的颜色特征。
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Construction of retrieval system for pictorial book of flora
Pattern information and natural language information used together can complement and reinforce each other to enable more effective communication than can either medium alone. A good example is a pictorial book of flora (PBF). In the PBF, readable explanations combine texts and pictures. However, it is difficult to retrieve explanation text and pictures from the PBF when we don't know the names of flowers. To solve this problem, we propose a retrieval method for the PBF using the color feature of each flower and fruit, and construct an experimental retrieval system for the PBF. For obtaining the color feature of each flower and fruit, we analysed the PBF pictures and found several problems as follows: Pictures of the PBF contain many kinds of objects. In addition to flowers and fruits, there are leaves, stems, skies, soils, and sometimes humans in the PBF pictures. The position, size, and direction of flowers and fruits vary quite widely in each picture. Each flower and fruit has its unique shape, color, and texture which are commonly different from those of the others. Because of these problems, it is difficult to build the general and precise model for analyzing the PBF pictures in advance. We propose a method for image analysis using natural language information. Our method works as follows. First, we analyse the PBF explanation texts for extracting the color information on each flower and fruit. Then, we analyse the PBF pictures by using the results of the natural language processing, and finally obtain the color feature of each flower and fruit.
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