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Dynamic Ensemble Selection for Author Verification

机译:动态合奏选择以验证作者

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Author verification is a fundamental task in authorship analysis and associated with significant applications in humanities, cyber-security, and social media analytics. In some of the relevant studies, there is evidence that heterogeneous ensembles can provide very reliable solutions, better than any individual verification model. However, there is no systematic study of examining the application of ensemble methods in this task. In this paper, we start from a large set of base verification models covering the main paradigms in this area and study how they can be combined to build an accurate ensemble. We propose a simple stacking ensemble as well as a dynamic ensemble selection approach that can use the most reliable base models for each verification case separately. The experimental results in ten benchmark corpora covering multiple languages and genres verify the suitability of ensembles for this task and demonstrate the effectiveness of our method, in some cases improving the best reported results by more than 10%.
机译:作者验证是作者身份分析中的一项基本任务,并且与人文,网络安全和社交媒体分析中的大量应用程序相关。在一些相关研究中,有证据表明,异类集成可以提供非常可靠的解决方案,比任何单独的验证模型都更好。但是,没有系统的研究来检查集成方法在此任务中的应用。在本文中,我们从涵盖该领域主要范例的大量基础验证模型开始,并研究如何将它们组合起来以建立准确的整体。我们提出了一种简单的堆叠合奏以及一种动态合奏选择方法,该方法可以针对每个验证案例分别使用最可靠的基础模型。在涵盖多种语言和体裁的十个基准语料库中的实验结果验证了合奏对该任务的适用性,并证明了我们方法的有效性,在某些情况下,将最佳报告结果提高了10%以上。

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