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An Improved Bilinear Deep Belief Network Algorithm for Image Classification

机译:改进的双线性深信度网络图像分类算法

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A novel image recognition method based on the improved BDBN (Bilinear Deep Belief Network) model is presented, optimized with a MKL (Multiple Kernel Learning) strategy. All kernel functions in MKL are replaced by hierarchical feature representations, and the number of kernels is set to the number of layers of BDBN. The method is performed on the standard Caltech101 image dataset. The experiments show that the proposed method can improve the accuracy of traditional BDBN methods by up to 2.8%, and the accuracy of the method is superior to some methods in the literature.
机译:提出了一种基于改进的BDBN(双线性深度信念网络)模型的图像识别方法,并通过MKL(多核学习)策略对其进行了优化。 MKL中的所有内核功能都被分层的功能表示所取代,并且内核的数量设置为BDBN的层数。该方法在标准Caltech101图像数据集上执行。实验表明,该方法可以将传统的BDBN方法的准确率提高2.8%,并且该方法的准确性优于文献中的某些方法。

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