Wordoids: Boid Based Personalized Word Clustering System in Dark Side Ternary Stars

Y. Ishiwaka, Kazutaka Izumi, T. Yoshida, Gaku Yasui
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Abstract

Personalized systems are required in many domains. However, gathering training data for personalization from individuals, as is necessary with deep learning, is a difficult and timeconsuming task. With our proposed method, less or no training data is required to adapt to individuals’ preferences, even when they shift over time. We introduce a potential field based method “Dark Side Ternary Stars” which has three components, GAGPL, Wordoids, and EGO. In this paper, we focus on two of them, ”Wordoids”, which adopt extends Boids algorithms to perform individualized classification of keywords by topic and improved our previous work ”GAGPL”, which calculates the individualized semantic orientation of sentences by using learned words per topic. As experimental results, we applied this method to news articles about Japanese professional baseball and we show that our method can obtain individualized semantic orientations and summaries of the article per individual.
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基于Boid的暗面三星个性化词聚类系统
许多领域都需要个性化系统。然而,从个人收集个性化训练数据是一项困难且耗时的任务,这是深度学习所必需的。使用我们提出的方法,更少或不需要训练数据来适应个人的偏好,即使他们随着时间的推移而改变。本文介绍了一种基于势场的“暗面三元星”方法,该方法由GAGPL、Wordoids和EGO三部分组成。在本文中,我们重点研究了其中的两个,即“Wordoids”,它采用扩展Boids算法按主题对关键词进行个性化分类,并改进了我们之前的工作“GAGPL”,即通过每个主题使用学习到的单词来计算句子的个性化语义取向。作为实验结果,我们将该方法应用于关于日本职业棒球的新闻文章,我们表明我们的方法可以获得个性化的语义取向和每个人的文章摘要。
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