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首页> 外文期刊>International journal of information and decision sciences >Unsupervised deep semantic and logical analysis for identification of solution posts from community answers
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Unsupervised deep semantic and logical analysis for identification of solution posts from community answers

机译:无监督的深度语义和逻辑分析,用于从社区答案中识别解决方案帖子

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摘要

These days' discussion forums provide dependable solutions to the problems related to multiple domains and areas. However, due to the presence of huge amount of less-informative/inappropriate posts, the identification of the appropriate problem-solution pairs has become a challenging task. The emergence of a variety of topics, domains and areas has made the task of manual labelling of the problem solution-post pairs a very costly and time consuming task. To solve these issues, we concentrate on deep semantic and logical relation between terms. For this, we introduce a novel semantic correlation graph to represent the text. The proposed representation helps us in the identification of topical and semantic relation between terms at a fine grain level. Next, we apply the improved version of personalised pagerank using random walk with restarts. The main aim is to improve the rank score of terms having direct or indirect relation with terms in the given question. Finally, we introduce the use of the node overlapping version of GAAC to find the actual span of answer text. Our experimental results show that the devised system performs better than the existing unsupervised systems.
机译:这些天的讨论论坛为涉及多个领域和领域的问题提供了可靠的解决方案。但是,由于存在大量信息较少/不适当的职位,确定合适的问题解决方案对已成为一项艰巨的任务。各种主题,领域和领域的出现使手动标记问题解决方案-帖子对成为一项非常昂贵且耗时的任务。为了解决这些问题,我们专注于术语之间的深层语义和逻辑关系。为此,我们引入了一种新颖的语义相关图来表示文本。拟议的表示形式有助于我们在细粒度级别上识别术语之间的主题关系和语义关系。接下来,我们使用带有重新启动的随机游走来应用个性化Pagerank的改进版本。主要目的是提高与给定问题中的词语有直接或间接关系的词语的等级得分。最后,我们介绍了使用GAAC的节点重叠版本来查找答案文本的实际范围。我们的实验结果表明,所设计的系统比现有的无监督系统具有更好的性能。

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