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Detecting Views for Co-training with Genetic Algorithm

机译:用遗传算法检测视图以进行联合训练

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摘要

Co-training can improve the performance of a learner by combining labeled and unlabeled data, and the co-training algorithm outperforms other algorithms without using a feature split on some datasets according to some researches. The above datasets not only include datasets with a natural separation of their features into two disjoint sets, but also some high-dimension datasets with a random feature split. In this paper, view validation and view detection with genetic algorithm were explored. Given a feature split, the former can test whether the learner modeled by the two views will outperform a traditional leaner with just single view. The latter is related to an improved approach based on a genetic algorithm for detecting a good feature split for co-training. Some experimental results indicated that genetic algorithm can always outperform the progressive method in supplying the feature division but running slowly.
机译:联合训练可以通过组合标记和未标记的数据来提高学习者的表现,并且根据一些研究,在某些数据集上不使用特征分割的情况下,联合训练算法的性能优于其他算法。上面的数据集不仅包括将其特征自然分离为两个不交集的数据集,还包括一些具有随机特征划分的高维数据集。本文探讨了基于遗传算法的视图验证和视图检测。给定一个功能拆分,前者可以测试由两个视图建模的学习者是否会胜过仅具有单个视图的传统学习者。后者涉及一种基于遗传算法的改进方法,用于检测良好的特征分割以进行联合训练。一些实验结果表明,遗传算法在提供特征划分方面总是可以胜过渐进方法,但是运行缓慢。

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