Automatic Detecting Performance Bugs in Cloud Computing Systems via Learning Latency Specification Model

Haibo Mi, Huaimin Wang, Zhenbang Chen, Yangfan Zhou
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引用次数: 6

Abstract

Performance bugs that don't cause fail-stop errors but degradation of system performance have been one of the most fundamental issues in the production platform. How to effectively online detect bugs becomes more and more urgent for engineers. Performance bugs usually manifest themselves as the anomalous call structures of request traces or anomalous latencies of invoked methods. In this paper, we propose an automatic performance bug online detecting approach, CloudDoc. CloudDoc maintains a performance model mined from execution traces that are collected in the normal period. The performance model captures the characteristics of call structures of request traces together with corresponding latencies. With the performance model, CloudDoc periodically detects whether performance bugs occur or not. All suspicious call structures or latency-abnormal invoked methods are presented to engineers. We report two case studies to demonstrate the effectiveness of CloudDoc in helping engineers identify performance bugs.
基于学习延迟规范模型的云计算系统性能缺陷自动检测
性能错误不会导致故障停止错误,但会降低系统性能,这是生产平台中最基本的问题之一。如何有效地在线检测漏洞,已成为工程师们迫切需要解决的问题。性能缺陷通常表现为请求跟踪的异常调用结构或调用方法的异常延迟。在本文中,我们提出了一种自动的性能漏洞在线检测方法——CloudDoc。CloudDoc维护了一个从正常时期收集的执行轨迹中挖掘的性能模型。性能模型捕获请求跟踪的调用结构特征以及相应的延迟。使用性能模型,CloudDoc定期检测是否发生性能错误。所有可疑的调用结构或延迟异常调用方法都被提交给工程师。我们报告了两个案例研究,以证明CloudDoc在帮助工程师识别性能漏洞方面的有效性。
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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