多单元路由场景的核心组件是ODR，该组件被视为智能路由器。
The core component for the multi-cell routing scenario is the ODR, which is considered as an intelligent router.
正如前面讨论的，ODR需要不同的配置部分(如服务策略和工作类)来完成其作为智能路由器的工作。
As discussed in the previous sections, the ODR needs different pieces of configuration (such as service policies and work classes) to fulfill its role as an intelligent router.
这些小型的、易于连接的智能路由器解决方案设计旨在为平面网络提供简便、安全和价格适中的外部网友好的虚拟私有网络(VPN)。
These small, easy-to-connect intelligent router solutions are engineered to offer a simple, secure, and affordable extranet-friendly Virtual Private network (VPN) for flat networks.
如果不熟悉它，可以将随需应变路由器想象成一个非常智能的动态代理服务器。
If you're not familiar with it, you can think of an on demand router as a very intelligent dynamic proxy server.
为了使认知网络成为现实，研究人员必须开发新方法、算法和智能控制路由器，从而将认知方法扩展到全网络管理中。
For a cognitive network to become a reality, researchers must develop new methods, metrics and intelligent-agent controlled routers to extend cognitive approaches to full network management.
其中之一为“随需应变路由器”(OnDemand Router,ODR)，可用于充当帮助实现性能目标的智能代理。
One of these is the "on demand router" (ODR), which ACTS as an intelligent proxy that helps to achieve performance goals.
该方法具有路由器负担小、控制规则容量大、智能化、可扩展以及一处配置多处生效等优点，适用于大规模网络控管。
With the advantages of less router load, more control rules, intelligence, scalability, multiple routers becoming effective by configuring only...
该方法具有路由器负担小、控制规则容量大、智能化、可扩展以及一处配置多处生效等优点，适用于大规模网络控管。
With the advantages of less router load, more control rules, intelligence, scalability, multiple routers becoming effective by configuring only...
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