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Reworking Bridging for Use within the Image Domain

机译:重做桥接以在映像域中使用

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The task of automated classification is a highly active research field with great practical benefit over a number of problem domains. However, due to the factors such as lack of available training examples, large degrees of imbalance in the training set, or overlapping classes, the task of automated classification is rarely straightforward in practice. Methods that adequately compensate for such difficulties are required. The recently developed bridging algorithm does just this for problems in the field of short string text classification. The algorithm integrates a collection of background knowledge into the classification process. In this paper, we have shown how the bridging algorithm was redesigned so it can be applied to image data. We also demonstrated it is effective to overcome a range of difficulties in the classification process.
机译:自动分类的任务是一个非常活跃的研究领域,在许多问题领域都具有巨大的实际收益。但是,由于缺乏可用的训练示例,训练集中的高度不平衡或课程重叠等因素,在实践中,自动分类的任务很少是简单的。需要充分弥补这种困难的方法。针对短字符串文本分类领域中的问题,最近开发的桥接算法正是这样做的。该算法将背景知识的集合集成到分类过程中。在本文中,我们展示了如何重新设计桥接算法,以便将其应用于图像数据。我们还证明了克服分类过程中的一系列困难是有效的。

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