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Managing Networks Independently of the Physical Topology by Service Defined Network

机译:通过服务定义的网络独立于物理拓扑管理网络

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This paper present a novel concept for network management that does not depend on specific protocols and network structures named Service Defined Network (SvDN). The behavior of a network system is implicitly defined by a service, that is usually written as specification documents. The service originally does not depend on the physical structure of managing network system, but in current network system the network administrator manually design configurations to achieve the service. On such network systems, it is difficult to change physical structure without modifying the configurations once the system is built. SvDN resolve such problems by defining the global model of a service. To achieve the management with SvDN, we present SvDN architecture for typical network systems that are consist of usual managed switches. Next, we design several service models for the layer-2 network, and implement the system to manage networks using a NETCONF protocol. Furthermore, we introduce some use case of SvDN.
机译:本文提出了一种新的网络管理概念,该概念不依赖于称为服务定义网络(SvDN)的特定协议和网络结构。网络系统的行为由服务隐式定义,该服务通常写为规范文档。该服务最初不依赖于管理网络系统的物理结构,但是在当前的网络系统中,网络管理员手动设计配置以实现该服务。在这样的网络系统上,一旦构建系统就很难在不修改配置的情况下更改物理结构。 SvDN通过定义服务的全局模型来解决此类问题。为了实现SvDN的管理,我们介绍了由典型的受管交换机组成的典型网络系统的SvDN体系结构。接下来,我们为第2层网络设计几种服务模型,并使用NETCONF协议​​实现该系统来管理网络。此外,我们介绍了SvDN的一些用例。

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