Fault Fiagnosis Method of Micro-service Link based on QoS Reliability Comparison

Xiaojie Qu, Rui Wan, Xin Xie, Limei Zhao
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Abstract

In recent years, cloud native technology represented by micro-services is the main technical way to help enterprises realize digital transformation. However, while micro-service technology provides various convenience benefits, it also brings various operation and maintenance problems such as difficult fault diagnosis. In view of the large number of micro-services and long call links, which make it difficult to locate user fault problems, this paper carries out research on the key technologies of micro-service link enhancement based on QoS measurement, focuses on the fault diagnosis of micro-service links, and puts forward an end-to-end service call link fault diagnosis method. Through the comparison of reliability similarity of micro-service links, it can realize the rapid location of fault types and fault locations, Experiments show that the accuracy of this method to judge the fault type and location is more than 90%, which can meet the needs of developers to locate faults quickly in the production environment.
基于QoS可靠性比较的微业务链路故障诊断方法
近年来,以微服务为代表的云原生技术是帮助企业实现数字化转型的主要技术途径。然而,微服务技术在提供各种便利优势的同时,也带来了故障诊断困难等各种运维问题。针对微业务数量多、呼叫链路长,用户故障问题难以定位的问题,本文开展了基于QoS测量的微业务链路增强关键技术研究,重点研究了微业务链路的故障诊断,提出了端到端的业务呼叫链路故障诊断方法。通过对微服务链路可靠性相似度的比较,可以实现故障类型和故障位置的快速定位,实验表明,该方法判断故障类型和位置的准确率在90%以上,可以满足开发人员在生产环境中快速定位故障的需求。
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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