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SARVE-2: Exploiting Social Venue Recommendation in the Context of Smart Conferences

机译:Sarve-2:在智能会议的背景下利用社交场地推荐

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摘要

Globally, the superfluity of scholarly research conferences in varying disciplines has introduced the issue of scholarly big data and information overload related to both research papers and conference proceedings/sessions. This evident scholarly expansion in different disciplines has increased the collaborative importance of conferences. Consequently, the problem regarding attendees selecting the right conference session(s) to attend in academic conferences requires further and urgent attention. Using a smart conference scenario, this paper aims to address the problem above by proposing an improved venue recommender algorithm called Socially-Aware Recommendation of Venues and Environments-2 (SARVE-2). Using a closeness centrality approach, SARVE-2 initially employs Breadth First Search (BFS) and Depth First Search (DFS) strategies to search for relevant presenters for a target attendee. Then, the tie strength of the (searched) presenter and target attendee is computed to generate reliable social (conference session) recommendations for the target attendee. Through the utilization of a relevant (real-world) dataset, our benchmark experiments reveal that, in comparison with other contemporary methods, SARVE-2 exhibits better performance in terms of effective social recommendation search, as well as social recommendation quality, coverage and accuracy.
机译:在全球范围内,不同学科的学术研究会议的超级度推出了与研究论文和会议诉讼/会议相关的学术大数据和信息过载问题。这种明显的学术在不同学科中扩张增加了会议的协同重要性。因此,关于选择合适的会议参加学术会议的与会者的问题需要进一步和紧急关注。使用智能会议场景,本文旨在通过提出一种改进的场地推荐算法来解决上面的问题,称为“人物和环境的社会感知建议 - 2(SARVE-2)。使用亲密的中心方法,SARVE-2最初采用广度第一搜索(BFS)和深度第一搜索(DFS)策略,以搜索目标与会者的相关演示者。然后,计算(搜索)主持人和目标参加者的绑架强度,以为目标与会者产生可靠的社会(会议)建议。通过利用相关的(现实世界)数据集,我们的基准实验表明,与其他当代方法相比,Sarve-2在有效的社会建议搜索方面表现出更好的性能,以及社会推​​荐质量,覆盖率和准确性。

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