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Neural Method for Explicit Mapping of Weighted Locally Linear Embedding in Image Retrieval

机译:图像检索中加权局部线性嵌入的显式映射的神经方法

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A new explicit nonlinear dimensionality reduction(DR) method, on account of neural networks, is presented for image retrieval tasks. We first propose a Weighted Locally Linear Embedding (WLLE) for training set, based on which linear relations in neighborhood of each sample are guaranteed. Then, a neural method (NM) is proposed to solve the out-of sample problem. As a combination of WLLE and NM, we provide an explicit nonlinear DR approach for efficient image retrieval. The experimental results in three benchmark datasets illustrate that our algorithm could get outstanding performance than other state-of-the-art out-of-sample methods.
机译:提出了一种基于神经网络的显式非线性降维方法。我们首先针对训练集提出加权局部线性嵌入(WLLE),基于此,可以保证每个样本附近的线性关系。然后,提出了一种神经方法(NM)来解决样本不足的问题。作为WLLE和NM的组合,我们提供了显式的非线性DR方法来进行有效的图像检索。在三个基准数据集中的实验结果表明,与其他最新的样本外方法相比,我们的算法可以获得出色的性能。

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