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Topic Based Machine Learning Summarizer

机译:基于主题的机器学习摘要器

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The study develops a summarizer relying on domain-based corpus to enhance classification. Three contributions are brought forth: (1) summarization is extended to a context of spotting a text on food insecurity; (2) use of suitable corpus to promote topical summarization; and (3) shows that extractive summarization considered less effective can be dependable in some situations. These study aspirations were experimented on a task of a human identifying whether an article is on food insecurity or not. Findings showed that a human could still label an article correctly at 98% of Area Under the Curve (AUC) after applying the summarization compared to random classifier performance of 74%. By summarizing the articles, it becomes easy to identify and track conversations on food insecurity in the articles. Trends of these conversations can inform food relief agencies on appropriate actions as dictated by prevailing circumstances. Future work considers blending this summarization with Machine Learning Classification to enhance performance.
机译:该研究开发了一个依靠基于域的语料库来增强分类的摘要器。提出了三点贡献:(1)概述被扩展到发现有关粮食不安全的案文的背景; (2)使用合适的语料来促进话题总结; (3)表明,在某些情况下,提取效率较低的提取摘要是可靠的。这些研究愿望是针对人类的一项任务而进行的,以确定一项文章是否涉及粮食不安全。研究结果表明,相比于74%的随机分类器性能,应用摘要后,人类仍然可以正确地在曲线下面积(AUC)的98%处标记商品。通过对文章进行汇总,可以轻松识别和跟踪文章中有关粮食不安全的对话。这些对话的趋势可以使食品救济机构了解当前情况所采取的适当行动。未来的工作考虑将这种总结与机器学习分类相结合,以提高性能。

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