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Deep learning based search engine for biomedical images using convolutional neural networks

机译:基于深入的学习搜索引擎,用于使用卷积神经网络的生物医学图像

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摘要

The development of efficient search engine queries for biomedical images, especially in case of query-mismatch is still defined as an ill-posed problem. Vector-space model is found to be useful for handling the query-mismatch issue. However, vector-space model does not consider the relational details among the keywords and biomedical image search space is not evaluated. Therefore, in this paper, we have proposed a deep learning based fusion vector-space based model. The proposed model enhances the biomedical image query similarity matching approach by fusing the vector space model and convolutional neural networks. Deep learning model is defined by converting the vector-space model to a classification model. Finally, deep learning model is trained to implement the search engine for biomedical images. Extensive experiments reveal that the proposed model achieves significant improvement over the existing models.
机译:用于生物医学图像的有效搜索引擎查询的开发,特别是在查询 - 不匹配的情况下仍然被定义为一个不良问题。 发现矢量空间模型可用于处理查询 - 不匹配问题。 但是,矢量空间模型不考虑不评估关键字和生物医学图像搜索空间之间的关系细节。 因此,在本文中,我们提出了一种基于深度学习的融合矢量空间模型。 该模型通过融合矢量空间模型和卷积神经网络来增强生物医学图像查询相似性匹配方法。 通过将矢量空间模型转换为分类模型来定义深度学习模型。 最后,培训深度学习模型以实现生物医学图像的搜索引擎。 广泛的实验表明,拟议的模型实现了对现有模型的显着改进。

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