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Machine Learning and Information Retrievel

机译:机器学习与信息检索

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From the early days of information retrieval (IR), it was realized that to be effective in terms of locating the relevant text, systems had to be designed to be responsive to individual requirements and interpretations of topics. In addition, the emphasis on statistical models of retrieval led to approaches that were domain-independent but collection-dependent. The concept of relevance feedback, where user judgments of the relevance of retrieved documents are used to update the original query, is a simple, collection-dependent and statistical approach to learning that has been studied for more than 30 years. We still, however, have much to learn about how to use machine learning effectively for IR, and the challenges of new applications such as distributed IR (i.e. the World Wide Web), routing, extraction, visualization, catego-rization, and discovery provide exciting opportunities to apply what has been learned in this field.
机译:从信息检索(IR)的早期开始,人们就认识到要有效地定位相关文本,必须设计系统以响应个人需求和主题解释。此外,对检索的统计模型的强调导致方法与领域无关,但与馆藏有关。关联性反馈的概念是一种简单的,依赖于集合的统计学习方法,其中对用户检索的文档的相关性进行判断以更新原始查询已被研究了30多年。但是,关于如何有效地将机器学习用于IR方面,我们还有很多知识要学习,而诸如分布式IR(即,万维网),路由,提取,可视化,分类和发现等新应用程序所带来的挑战为应用该领域已学到的令人兴奋的机会。

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