NETMATE:管理复杂的分布式网络系统

Y. Yemini, O. Wolfson
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引用次数: 2

摘要

只提供摘要形式。NETMATE的总体架构如下。观察点和控制点(ocp)通过放置在网络设备中的管理代理得到支持。在管理员的指示下,这些代理可以监视本地设备行为并影响设备控制功能。管理器通过管理器-代理协议向代理发送观察/控制请求。目前有两个协议标准正在发展:用于管理因特网的SNMP和由OSI提出的CMIP。NETMATE管理器以网络Modeler数据库为中心。建模者的角色是维护网络管理信息库(MIB),并为动态操作网络数据提供主动访问服务。管理器将网络状态数据以可视化的形式呈现给用户。用户可以在一个非常庞大和复杂的网络数据空间中导航,并以简单的视觉形式控制复杂的行为。最后,利用一系列解释和诊断工具对观测数据进行分析,并自动识别/分类故障状态。作者简要描述了NETMATE长期研究工作的关键问题领域。
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NETMATE: management of complex distributed networked systems
Summary form only given. The overall architecture of NETMATE is the following. Observation and Control Points (OCPs) are supported via managing agents placed in networked devices. These agents can monitor local device behaviors and affect device control functions, when instructed by a manager. Managers communicate observation/control requests to agents via a manager-agent protocol. Two protocol standards are currently evolving: SNMP, used to manage Internets, and CMIP, proposed by OSI. The NETMATE manager is centered around a network Modeler database. The role of the modeler is to maintain a network Management Information Base (MIB) and provide active access services to dynamic operational network data. The manager presents network status data to users in a visual form. Users can navigate within a very large and complex network data space and control complex behaviors in a simple visual form. Finally, a collection of interpretation and diagnosis tools is used to analyze observed data, and automatically identify/classify fault conditions. The authors briefly describe the key problem domains for long term NETMATE research efforts.<>
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