结合基于语料库的特征选择最佳自然语言句子

Foaad Khosmood, R. Levinson
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引用次数: 1

摘要

自然语言文本的自动释义有许多有趣的应用,从帮助更好的翻译到生成更好、更合适的风格语言。在本文中,我们关注的问题是从一组机器生成的释义句子中挑选出最好的英语句子,每个句子都被设计成与人类生成的原文表达相同的内容。我们提出了一个基于大型语料库实例的句子评分系统。具体来说,我们使用Microsoft Web N-Gram服务和Brown语料库的文本从所有候选句子中提取特征并相互比较。我们考虑了三种特征组合方法:手工决策树、线性回归和线性幂集回归。我们发现,虽然每种方法都有自己的优势,但线性幂集回归在人类评估的测试数据中表现最好。
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Combining Corpus-Based Features for Selecting Best Natural Language Sentences
Automated paraphrasing of natural language text has many interesting applications from aiding in better translations to generating better and more appropriate style language. In this paper, we are concerned with the problem of picking the best English sentence out of a set of machine generated paraphrase sentences, each designed to express the same content as a human generated original. We present a system of scoring sentences based on examples in large corpora. Specifically, we use the Microsoft Web N-Gram service and the text of the Brown Corpus to extract features from all candidate sentences and compare them against each other. We consider three feature combination methods: A handcrafted decision tree, linear regression and linear powerset regression. We find that while each method has particular strengths, the linear power set regression performs best against our human-evaluated test data.
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