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- backbone network connectivity 主干网络连接
- VBNS? Very high speed Backbone Network Services? 甚高速骨干网络服务系统?
- Adopted to backbone network, access network and fiber to the home. 利用微管资源,特别适用于骨干网、接入网和光纤到户。
- Using fiber as the backbone network in Nayong power plant. 发电厂内部采用光纤作为主干网络。
- High quality service of IP can be provided by MPLS over ATM backbone network. MPLS在现有的主干ATM网上可提供高性能的IP服务。
- Check network connectivity and the status of the domain controller. 请检查网络连通性和域控制器的状态。
- VPLS provide connectivity between geographically Ethernet customers across service provider's MPLS backbone network, as if they are connected by a true common LAN. VPLS技术将MPLS技术和以太网技术结合起来,它将地理位置分散的以太网用户通过服务提供商的MPLS骨干网络连接起来,组成一个二层VPN,对用户来说,就好像连接在一个真正的局域网中。
- The next page will describe the history of network connectivity. 下一页将描述网路连接的历史。
- While the two technologies will be tough competitors in backbone network, they can be complementary. 虽然这两种技术在主干网方面是你死我活的竞争对手，但它们也可以是互补的。
- While the two technologies will be tough competitors in backbone network,they can be complementary. 虽然这两种技术在主干网方面是你死我活的竞争对手，但它们也可以是互补的。
- The "last mile" still remains the bottleneck between high-capacity local area network (LANs) and the backbone network. “最后一公里”的接入部分仍然是高速局域网(LAN)和主干网之间的瓶颈。
- Router management system based on routing protocol is a hot topic in the research area of telecommunication backbone network currently. 基于路由协议的路由管理系统是目前电信主干网管理研究领域中的一个重点和难点。
- Network connections don't provide the connectivity required. 网络连接没有提供所需的可靠连接。
- In order to solve the problems faced to IP backbone network now, IETF put forward the notion of Multiprotocol Label Switching (MPLS). IETF提出了多协议标记交换(MPLS),是为了解决目前以Internet为主的IP主干网络所面临的问题。
- Some traditional IP backbone networks are IP/ATM/SONET architecture. 有些传统的IP骨干网是基于SONET(SDH)的IP/ATM/SONET网络。
- The topological structures of the present CERNET backbone network and star-shaped network are analyzed with the emphasis on the IP tunnel mechanism. 把现今的Cernet骨干网拓扑结构作为研究对象,并以Cernet实现具有QoS保证的IP隧道机制为目的,对该结构从系统工程的理论角度进行了分析,分析出了现今的Cernet骨干网拓扑结构和星型拓扑结构都不能随时建立起IP隧道传输机制主要原因;
- Then, with the features of Packet Radio Backbone Network, five algorithms of flow and congestion control are brought forward. 然后，在分析分组无线干线网的特点的基础上，提出了五种流量和拥塞控制的算法。
- The network connection could not be found. 找不到网络连接。
- We call it TWT photonic burst network because it employs OTDM in the regional network and OWDM in the long haul backbone network. 由于在区域网络中使用光时分复用技术,而在长距离骨干网络中使用光波分复用技术,因此称之为TWT光突发网络。
- There are no network connections to disconnect. 没有需要断开的网络连接。
