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Analysis of Supervised and Unsupervised Learning in Content Based Multimedia Retrieval

机译:基于内容的多媒体检索中有监督和无监督学习的分析

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This work analyze images using different learning algorithms such as supervised and unsupervised algorithm for image retrieval. The color and shape based image descriptors are used to distinguish specific set of images from the whole database. Wang's database is taken to extract the ten clustered color and shape features such as ten-dominant color descriptor and Zernike Moments from the image. The supervised learning algorithms named as Support Vector Machine (SVM) K-Nearest Neighbour (KNN), Naive-Bayes and Random Forest are trained by this feature vectors are used for class prediction. Subsequently, highest probability class images are grouped to reduce the search space for similar images. The distance measure is used to calculate the similarity between the user query and newly grouped images.
机译:这项工作使用不同的学习算法(例如有监督和无监督算法)对图像进行分析,以进行图像检索。基于颜色和形状的图像描述符用于从整个数据库中区分出特定的图像集。 Wang的数据库用于从图像中提取十个聚类的颜色和形状特征,例如十个主要的颜色描述符和Zernike Moments。监督学习算法被称为支持向量机(SVM)最近邻(KNN),朴素贝叶斯和随机森林,通过这种特征向量进行训练,用于类预测。随后,将最高概率类别的图像分组以减少相似图像的搜索空间。距离度量用于计算用户查询和新分组的图像之间的相似度。

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