A socially intelligent approach for enterprise information search and recommendation

K. Christidis, Dimitris Apostolou, G. Mentzas
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Abstract

This paper focuses on the development of socially intelligent computing systems at the enterprise level. Specifically, in order to improve the information search and recommendation functionalities of social business software, we extend corporate knowledge structuring approaches, such as folksonomies and taxonomies, with the addition of statistical topic models. We use probabilistic models in order to uncover hidden topics in the corporate `knowledge base' and hence add an intelligent perspective in social collaboration. Probabilistic topic models are based upon the idea that documents are mixtures of topics, where a topic is defined as a probability distribution over words. We apply our approach in the Organik social business software platform and deploy it in five companies. Our results showed enhanced recommendations and improved search efficiency, while our approach effectively addresses problems in query expansion and recommends relevant resources and tags which in turn can leverage the creation and evolution of social knowledge structures like folksonomies.
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一种用于企业信息搜索和推荐的社会智能方法
本文主要研究企业级社会智能计算系统的开发。具体而言,为了改进社交商业软件的信息搜索和推荐功能,我们扩展了企业知识结构方法,如大众分类法和分类法,并添加了统计主题模型。我们使用概率模型来发现企业“知识库”中隐藏的主题,从而在社会协作中添加智能视角。概率主题模型基于文档是主题的混合这一思想,其中主题被定义为单词的概率分布。我们在Organik社交商业软件平台上应用了我们的方法,并在五家公司中部署了它。我们的结果显示了增强的推荐和提高的搜索效率,而我们的方法有效地解决了查询扩展的问题,并推荐了相关的资源和标签,这反过来又可以利用社会知识结构的创造和演变,如大众分类法。
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