首页> 外文会议>International Conference Workshop on Electronics Telecommunication Engineering >VISUAL CONTENT BASED IMAGE CLASSIFICATION USING FUNCTION, RULE AND TREE FAMILY DATA MINING CLASSIFIERS WITH LBG VECTOR QUANTIZATION METHOD
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VISUAL CONTENT BASED IMAGE CLASSIFICATION USING FUNCTION, RULE AND TREE FAMILY DATA MINING CLASSIFIERS WITH LBG VECTOR QUANTIZATION METHOD

机译:基于视觉内容的图像分类使用功能,规则和树系列数据挖掘分类与LBG矢量量化方法

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Importance of Content Based Image Classification is increasing in the field of Image Processing. Images are classified appropriately in their particular category using its features. This paper proposes LBG vector quantization approach for Image Classification with Function, Rule and Tree families of data mining classifiers. Here Experimentation is done using 7 codebook sizes and 11 data mining classifier. Total 77 variations are performed on a Test database. Data set of 500 images is used to compute the classification accuracy. 84.64% performance is observed by RBF Network classifier of Function Family with 1024 Codebook size of LBG.
机译:基于内容的图像分类的重要性在图像处理领域正在增加。使用其功能在其特定类别中适当地分类图像。本文提出了具有数据挖掘分类器的功能,规则和树系列的图像分类的LBG矢量量化方法。这里使用7个码本大小和11个数据挖掘分类器进行实验。在测试数据库上执行总计77个变型。 500图像的数据集用于计算分类准确性。函数系列的RBF网络分类器具有1024个码本大小的LBG的函数系列,观察到84.64%的性能。

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