GVRP is a neccisity for the sophsticated Ethernet three-layers routing switch.
GVRP协议是高端以太网三层路由交换机所必备的应用协议。
It is used in routing switch wavelength choice optical cross connection natural repair protection and so on.
光开关可实现在全光层的路由选择、波长选择、光交叉连接以及自愈保护等功能。
The major achievements in this paper include:1. Implement the Hot Standby Routing Protocol in the core routing switch, and replant it to the router platform.
在高端路由交换机上实现了路由热备份协议，同时移植到了路由器平台。
Link aggregation provides a mechanism for routing traffic across multiple switches in the case of a network failure of a switch.
链路聚合提供了跨多个交换机路由通信流的机制，有助于防止交换机造成的网络故障。
Also, it may be utilized as a static "routing" switch.
它也可以用作静态“路由”开关。
A layer-3 switch is a switch that can perform routing functions.
三层交换机是可执行路由功能的交换机。
Optical switch is chiefly used in OXC (optical Cross Connection) system in optical network. It can fulfill many functions such as routing, selecting optical wavelength and OXC etc.
它主要用于光网络的光交叉(OXC)节点系统中，用来实现全光层次的路由选择、波长选择、光交叉连接等功能。
The architecture of distributed multi-SCP Intelligent Network requires that the Service Switch Points (SSPs) must have the capability of service application routing.
分布式多SCP智能网的网络结构决定了业务交换点（SSP）必须有能够决定业务呼叫请求的分发路由功能。
With field programmable gate array(FPGA), hardware routing of data packages and dynamic configuration of digital crosspoint switch are realized.
利用现场可编程门阵列（FP GA）在光互连网络中实现了数据包的硬件路由以及数字交叉开关的动态配置。
In this thesis, we also discuss the mechanism of Flooding and Pruning in Dense-Mode multicast routing protocol and the process of switch from RPT to SPT in Sparse-Mode routing protocol.
并分别对密集模式组播路由协议的扩散和剪枝机制、稀疏模式组播路由协议中的RPT树到SPT树的切换过程进行了详细的探讨。
This paper discusses how to solve dynamic routing problem with simplex algorithm in a long-distance telecommunication switch network. The computed results are shown in the paper.
探讨了如何在长途电话交换网中应用单纯形算法解决动态路由问题，并介绍了算法运行情况和运行结果。
In representative embodiments, the active routing circuit includes a channel switch which includes a transceiver and a switch.
在代表实施例中，有源路由电路包括通道开关，通道开关包括收发器和开关。
Multi-granularity switch technologies decrease the complexity of optical cross connects by employing waveband routing and fiber routing techniques.
多粒度交换技术利用波带级路由以及光纤级路由，可有效降低光交叉连接器的复杂度。
The "switch everywhere" approach moves the routing function out of the LAN entirely, routing is applied only to WAN connections.
“全部用交换”的方法把路由功能全部挤出LAN，路由只应用于WAN连接。
A high speed routing node has been designed employing a high-performance digital cross-point switch.
利用高性能数字交叉开关设计了高速路由结点。
Layer 3 switch not only implements high-speed data transit, but also accomplishes routing among VLANs.
三层交换机既实现数据的高速交换，又完成VLAN之间的路由。
A method to design connection switch for FPGA of the hierarchical interconnection resource is presented. Maze routing algorithm has been used to analyze the architecture of connection switch.
提出了一种层次式布线资源FPGA连线开关的设计方法，采用迷宫算法，对连线开关的结构进行了分析。
A new solution to port general operating systems and their routing software to switch router is presented.
提出了一种将通用操作系统及其上层路由软件移植到交换式路由器平台上的方案。
Routing approach influences the switch rate and load equilibrium of network directly.
电信网路由选择方法的优劣直接影响着网络的接通率和负荷平衡程度。
MPLS, which stands for Multi-Protocol Label Switch, is the new generation standard for network layer routing on IP-based backbone network.
即多协议标记交换是新一代IP骨干网络的交换标准。
A bit more efficient than the router, the router switch plays fast and loose with IP packets deftly routing them along their way.
进路开关比路由器更有效，它运行速度快，能够熟练的释放IP数据包安排它们的行程。
The switch further allows the partitioning of the switch into multiple virtual routers where each virtual router has its own set of resources and a routing table.
交换机还允许将交换机划分成多个虚拟路由器，其中各个虚拟路由器具有其自身的资源网和路由表。
The DGS-3650 48-port Managed Layer 3 switch fully supports IPv6 routing and brings advanced enterprise network management features to a cost-effective level.
DGS- 3650 48端口管理的第3层交换机完全支持IPv6路由，以具成本效益的的水平，并带来了先进的企业网络管理功能。
The layer 3 switch technology which fits for the need of aggregation layer is a combination of the layer 2 switch technologies and routing.
三层交换技术将传统的二层转发和路由技术结合起来，特别适合汇聚层的需要。
This paper is concerned with the optimum routing and flow assignment problem in packet-switch networks. The optimum objective function is the network-wide average time delay.
研究分组交换网的路由选择及流量分配问题，以网络的平均时延为优化目标函数。
This paper is concerned with the optimum routing and flow assignment problem in packet-switch networks. The optimum objective function is the network-wide average time delay.
研究分组交换网的路由选择及流量分配问题，以网络的平均时延为优化目标函数。
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