Real-time root cause analysis in OSS for a multilayer and multi-domain network using a hierarchical circuit model and scanning algorithm

M. Miyazawa, T. Otani
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引用次数: 4

Abstract

One of the major issues for telecom operators today is how to rapidly identify the cause of failure and affected services within a multi-layer and multi-domain network to achieve high-quality service on an end-to-end basis. To assess this issue, this paper describes a real-time root cause analysis mechanism, which can pinpoint an accurate root cause and identify the influence on services. We investigated an interworking mechanism; based on a web service interface between an inventory and fault management systems and developed prototypes of them as part of an operation support system (OSS), which is capable of managing not only a core network and a metro ring network, but also a customer network. By introducing a hierarchical circuit model in the inventory management system and the proposed scanning algorithm over multiple layers and domains implemented in the fault management system, our developed root cause analysis was successfully verified using the testbed network environment; indicating relatively fast and scalable operation.
基于分层电路模型和扫描算法的OSS多层多域网络实时根本原因分析
当今电信运营商面临的主要问题之一是如何在多层多域网络中快速识别故障原因和受影响的服务,以实现端到端的高质量服务。为了评估这一问题,本文描述了一种实时根本原因分析机制,该机制可以精确定位根本原因并识别对服务的影响。我们研究了一个相互作用的机制;基于库存和故障管理系统之间的web服务接口,并开发了它们的原型,作为运营支持系统(OSS)的一部分,该系统不仅能够管理核心网和城域环网,还能够管理客户网。通过在库存管理系统中引入分层电路模型,并在故障管理系统中实现多层和多域扫描算法,我们所提出的根本原因分析方法在试验台网络环境中得到了成功的验证;表示相对快速和可扩展的操作。
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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