PROFCAD: An Algorithm to Detect Anomalies in Cloud Applications for KPI Monitoring Systems

Rameshwar Garg, Chandana Kiran Ambekar, Kaustuv Saha, Girish Rao Salanke N S
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Abstract

Cloud based applications have a lot of advantages over traditional applications in terms of usability and cost, and have become the norm in today’s technological world. With the emergence of such services, it has become critical to make sure that they guarantee high availability. Analysing these applications and their performance indicators is one way to make sure that they are running smoothly. Machine learning techniques such as anomaly detection can be used to make sure that the Key Performance Indicators are behaving normally. In this paper, we propose a novel algorithm based on supervised learning to detect and identify anomalies in KPI data. PROphet Forest Combination for Anomaly Detection is a three stage model, based on forecasting, feature engineering and classification. We evaluate the performance of the model with two time series datasets which capture real traffic communications. Our model has been able to detect anomalies accurately and has performed well in comparison with the other state of the art anomaly detection algorithms.
PROFCAD:一种用于KPI监控系统的云应用异常检测算法
基于云的应用程序在可用性和成本方面比传统应用程序有很多优势,并且已经成为当今技术世界的标准。随着此类服务的出现,确保它们保证高可用性变得至关重要。分析这些应用程序及其性能指标是确保它们顺利运行的一种方法。异常检测等机器学习技术可用于确保关键性能指标正常运行。在本文中,我们提出了一种基于监督学习的新算法来检测和识别KPI数据中的异常。基于预测、特征工程和分类的PROphet Forest组合异常检测模型是一种基于预测、特征工程和分类的三阶段模型。我们用两个捕获真实交通通信的时间序列数据集来评估模型的性能。我们的模型能够准确地检测异常,并且与其他最先进的异常检测算法相比表现良好。
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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