Hyperparameter Tuning for Enhanced Authorship Identification Using Deep Neural Networks

Tarun Kumar Dugar, S. Gowtham, U. K. Chakraborty
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Abstract

Authorship Identification as a task has been long studied and explored. Historically, authorship claims were ratified for copyright issues after the death of the author for unpublished work through style matching. The immense growth in the reach of internet technologies has once again brought to the fore the importance of authorship identification. An application opening up in areas like Intellectual Property Right settlement, Copyrights, Plagiarism, Cyber Crime and Forensics, authorship identification is now an area of active research. The current work presents a Deep Neural Network based approach to authorship identification from a large corpus. The experiments carried out bring out the applicability of Deep Neural Networks for the task and also highlights the importance of hyperparameter tuning for the purpose. Results show that a proper choice and balance in the hyperparameter setting can improve already established outcomes.
基于深度神经网络的增强作者身份识别超参数整定
作者身份鉴定作为一项研究和探索已久。从历史上看,作者身份声明是在作者去世后通过风格匹配的方式对未发表的作品进行版权认证的。互联网技术覆盖面的巨大增长再次凸显了作者身份识别的重要性。在知识产权结算、版权、剽窃、网络犯罪和取证等领域的应用程序开放,作者身份鉴定现在是一个活跃的研究领域。目前的工作提出了一种基于深度神经网络的方法来识别大型语料库的作者身份。实验结果表明了深度神经网络对该任务的适用性,并强调了超参数整定的重要性。结果表明,在超参数设置中适当的选择和平衡可以改善已有的结果。
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