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Active learning in multiple-class classification problems via individualized binary models

机译:通过个性化二进制模型在多级分类问题中主动学习

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摘要

We propose a unified algorithm for both categorical and ordinal labeled data in multiclass classification problems, where each subject belongs to one class only. In training an effective classification rule, it is critical that one have and rely on a sufficient amount of reliably labeled data. As information on the training sample sizes needed to obtain satisfactory performance is lacking, we adopt an adaptive subject recruiting scheme with an experimental design criterion to shorten the training process. Because this kind of active learning method is naturally conducted in a sequential manner, we adopt sequential analysis to control the required sample size and ensure the performance of the final classifier. Additionally, we report its statistical properties and numerical results from using synthesized and real data. (C) 2020 Elsevier B.V. All rights reserved.
机译:我们提出了一个统一的统一算法,用于在多字符分类问题中的分类和序号标记数据,其中每个受试者仅属于一个类。 在培训有效的分类规则中,重要的是,一个人具有足够的量可靠标记的数据。 由于缺乏有关培训样本尺寸的信息,我们采用了一个具有实验设计标准的自适应主题招聘方案来缩短培训过程。 由于这种有效学习方法自然地以顺序方式进行,所以我们采用顺序分析来控制所需的样本大小并确保最终分类器的性能。 此外,我们报告其统计属性和使用合成和实际数据的数值结果。 (c)2020 Elsevier B.V.保留所有权利。

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