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User Edits Classification Using Document Revision Histories
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BibTeX
@MISC{Bronner_useredits,
author = {Amit Bronner and Christof Monz},
title = {User Edits Classification Using Document Revision Histories},
year = {}
}
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Abstract
Document revision histories are a useful and abundant source of data for natural language processing, but selecting relevant data for the task at hand is not trivial. In this paper we introduce a scalable approach for automatically distinguishing between factual and fluency edits in document revision histories. The approach is based on supervised machine learning using language model probabilities, string similarity measured over different representations of user edits, comparison of part-of-speech tags and named entities, and a set of adaptive features extracted from large amounts of unlabeled user edits. Applied to contiguous edit segments, our method achieves statistically significant improvements over a simple yet effective edit-distance baseline. It reaches high classification accuracy (88%) and is shown to generalize to additional sets of unseen data. 1
Keyphrases
document revision history contiguous edit segment language model probability unseen data user edits fluency edits different representation natural language processing significant improvement supervised machine part-of-speech tag additional set relevant data abundant source large amount unlabeled user edits effective edit-distance baseline adaptive feature scalable approach high classification accuracy
