GDPR-Compliant Social Network Link Prediction in a Graph DBMS: The Case of Know-How Development at Beekeeper

Rita Korányi, José A. Mancera, Michael Kaufmann
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Abstract

The amount of available information in the digital world contains massive amounts of data, far more than people can consume. Beekeeper AG provides a GDPR-compliant platform for frontline employees, who typically do not have permanent access to digital information. Finding relevant information to perform their job requires efficient filtering principles to reduce the time spent on searching, thus saving work hours. However, with GDPR, it is not always possible to observe user identification and content. Therefore, this paper proposes link prediction in a graph structure as an alternative to presenting the information based on GDPR data. In this study, the research of user interaction data in a graph database was compared with graph machine learning algorithms for extracting and predicting network patterns among the users. The results showed that although the accuracy of the models was below expectations, the know-how developed during the process could generate valuable technical and business insights for Beekeeper AG.
符合gdpr的社会网络链接预测在一个图DBMS:在养蜂人的专有技术发展的情况下
数字世界中的可用信息包含了大量的数据,远远超过了人们的消费能力。养蜂人公司为一线员工提供了一个符合gdpr的平台,这些员工通常无法永久访问数字信息。查找相关信息以执行任务需要有效的过滤原则,以减少搜索时间,从而节省工作时间。然而,根据GDPR,并不总是可以观察用户身份和内容。因此,本文提出了一种图结构的链接预测,作为基于GDPR数据呈现信息的替代方案。在本研究中,将图数据库中用户交互数据的研究与用于提取和预测用户之间网络模式的图机器学习算法进行了比较。结果表明,尽管模型的准确性低于预期,但在此过程中开发的专有技术可以为养蜂人公司提供有价值的技术和商业见解。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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