Leveraging Knowledge Graphs For Classifying Incident Situations in ICT Systems

Lionel Tailhardat, Raphael Troncy, Yoan Chabot
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Abstract

The complexity of Information and Communications Technology (ICT) systems, such as enterprise or Internet access provider networks, entails uncertainty in causal reasoning for efficient incident management. In this work, we propose to use knowledge graphs and explicit representation of incident context to enable support teams to provide a quick and effective response to complex incident situations. Formal analysis and expert opinions are used to analyze challenges in providing knowledge about relationships between events and incidents in network operations. We make use of an RDF knowledge graph generated from a real industrial settings and representing the network topology in terms of equipments and applications, past incidents and their resolutions. We then demonstrate the effectiveness of using a graph embeddings-based classifier to categorize incident tickets based on context and link anomaly models with their logical representation.
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利用知识图谱对ICT系统中的事件情况进行分类
信息和通信技术(ICT)系统的复杂性,例如企业或互联网接入提供商网络,需要在有效事件管理的因果推理中引入不确定性。在这项工作中,我们建议使用知识图和事件上下文的显式表示,使支持团队能够对复杂的事件情况提供快速有效的响应。使用形式分析和专家意见来分析在提供网络操作中事件和事件之间关系的知识方面面临的挑战。我们利用从真实工业环境中生成的RDF知识图,从设备和应用、过去事件及其解决方案等方面表示网络拓扑。然后,我们演示了使用基于图嵌入的分类器根据上下文对事件票据进行分类的有效性,并将异常模型与其逻辑表示联系起来。
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