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A PARALLEL, HIERARCHICAL SCENE CLASSIFICATION FRAMEWORK

机译:并行,分层场景分类框架

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A novel parallel, hierarchical scene classification framework is presented in this paper. At first, we use an image pyramid to present both the global scene and the local patches containing specific objects. Secondly, we build our own codebooks, which extract both global and local features. Next, we train the visual words by generative and discriminative methods respectively, which could obtain the initial scene categories based on the potential semantic that is reasoned by the bag-of-words model. Then, we use a neural network to obtain the final scene categories. Experiments show that the parallel, hierarchical image representation and classification model could obtain better results.
机译:本文提出了一种新颖的并行的分层场景分类框架。首先,我们使用图像金字塔呈现全局场景和包含特定对象的本地补丁。其次,我们建立自己的码本,其中提取全局和本地功能。接下来,我们分别通过生成和鉴别方法训练视觉单词,这可以基于由文字袋模型的潜在语义获得初始场景类别。然后,我们使用神经网络来获得最终的场景类别。实验表明,并行,分层图像表示和分类模型可以获得更好的结果。

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