TCP是通过IP网络提供数据传输的协议，IP是一个包含寻址和控制信息，允许数据路由的协议。
TCP is a transport protocol providing transmission of data over IP networks, and IP is a network protocol containing addressing and control information that allow for data to be routed.
在一个层次上，这意味着数据的同步和异步通信、路由、转换和高速分布、以及网关和协议转换器等等。
At one level, this means things such as synchronous and asynchronous communications, routing, transformation, high speed distribution of data, and gateways and protocol converters.
每个客户机执行客户机的协议表单，而服务器在表单中提供路由功能。
Each client implements the client form of the protocol, where the server provides routing capability.
但VPN解决方案中的路由和协议支持会受到一些限制。
But there are limitations to the routing and protocol support within a VPN solution.
通过GVPE创建的网络接口也是一个通用网络设备，因此您可以通过这种连接路由非ip协议。
The network interface created by GVPE is also a generic network device, so you can route non-IP protocols over the connection.
网关组件为服务路由、协议转换以及安全担当着中央控制点的角色。
The gateway component acts as a central control point for service routing, protocol transformation, and security.
该总线可提供许多功能，其中包括协议转换、数据转换和基于内容和上下文路由的核心功能。
The bus provides many functions, including the core functions of protocol transformation, data transformation, and content - and context-based routing.
中介对通过它们传递的消息执行一组操作以协调非语义特征；这些操作包括协议切换、转换、加密和路由。
Mediations perform a set of actions on the messages that pass through them to mediate the non-semantic characteristics; the actions include protocol switching, translation, encryption, and routing.
必须转换消息、协调协议并且必须将消息路由到正确的位置。
The message must be transformed, the protocol mediated, and the message must be routed to the correct location.
使用 GVPE，您获得了创建一个完整的虚拟网络的能力 —而不只是用于路由并支持一些特定协议的IP目标。
With GVPE you gain the ability to create an entire virtual network—not just a IP destination used to route and support some specific protocols.
它们三个：路由、协议和转换都有不少近亲，虽然如此，但是它们三个仍被认为是主要的ESB概念。
Those three: routing, protocol, transformation have a range of close siblings, but may nonetheless be considered the main ESB concepts.
安全代理只能够支持超级集群的路由HTTP协议。
The secure proxy can only support routing HTTP protocol for a super cluster.
协议服务提供传输级服务，包括身份验证、文档路由和用于自动化文档互换的边缘服务功能。
Protocol services provide transport level services, including authentication, document routing, and edge service functions for automated document interchange.
支持服务路由和替换、协议转换以及其他的消息处理。
Support service routing and substitution, protocol transformations, and other message processing.
传统上，各个公司是通过第二层机制(如生成树)或第三层路由协议，获得城域以太网的基本弹性。
Companies traditionally have gained basic resiliency for their metropolitan Ethernet networks through a Layer 2 mechanism such as Spanning Tree or Layer 3 routing protocols.
因此，美国海军研究实验室的研究人员目前正在开发一系列路由协议，以建立移动自主网络（Manet）。
So Naval Research Laboratory researchers are helping develop a set of routing protocols for setting up Mobile Ad-hoc Networks (Manet).
也可以使用pass- through路由器将协议桥接到其它的出站端点。
You can also use the pass-through router to perform protocol bridging to another outbound endpoint. For example.
WS - Routing(它使基于SOAP的协议能够在各种传输协议(如tcp、UDP和HTTP)上以异步方式路由SOAP消息)。
WS-Routing (this enables SOAP-based protocol for routing SOAP messages in an asynchronous manner over a variety of transports like TCP, UDP and HTTP).
早期的网桥、协议转换器和路由器都是简单的专用硬件设备，通常是通过直接连接到该设备本身串口的终端来配置的。
Early network Bridges, protocol converters, and routers were simple dedicated hardware units typically configured through a terminal directly connected to a serial port on the unit itself.
像通信协议差异、路由和审核交互、安全性之类的内容可以在实际的服务请求程序和提供程序之外处理。
Things like communication protocol differences, routing and auditing of interactions, security, and so on, can be handled outside of the actual service requester and provider.
这个循环会不断重复，并随着单断和重整连接以发出边界网关协议更新信息波至互联网的每一台路由器。
This cycle would repeat, with the single breaking and reforming link sending out waves of BGP updates to every router on the Internet.
短时间以后，两个被隔离的路由器会重新连接并发去其自己的边界网关协议更新信息，一旦攻击再开始，其会使它们再次断开。
A short time later, the two sundered routers would reconnect and send out their own BGP updates, upon which attack traffic would start flowing in again, causing them to disconnect once more.
每当你打电话，你就在使用他们的网络，当你在使用他们的路由系统的时候，同时也在使用移动运营商与其他电话网络之间的协议。
When you make a telephone call, you're using their network, and you're also making use of the peer agreements they have with other phone networks, while enjoying the use of their routing system.
通过制定侦测以太网中路由循环、清除死循环连接的网络传输协议，交换机的死循环问题总算是解决了。
This problem was solved (for switches) by creating a protocol that detects loops in an Ethernet network and prunes connections until the loops are gone.
在一个小型的测试环境下，我们想演示在使用路由信息协议(rip)和开放式最短路径优先协议(OSPF)时各种不同的负载平衡情形。
Working with a small test network, we wanted to demonstrate various load-balancing scenarios with Routing Information Protocol (RIP) and Open Shortest Path First (OSPF).
比较不同的路由实现方法和路由协议。
Compare and contrast methods of routing and routing protocols.
在所有这些场景中，您可以使用诸如ws - Addressing和WS - Security等高级Web服务协议，这些协议分别为您提供灵活的路由方案和安全的交互。
In all these scenarios, you can use the higher-level Web service protocols such as WS-Addressing and WS-Security, which give you flexible routing schemes and secure interactions, respectively.
这最后一个场景结束了我们最初描述的ESB功能集：对消息传递、路由、数据转换、Web服务和多协议消息传递的支持。
This final scenario closed the initial set of ESB capabilities we set out to describe: support for messaging, routing, data transformation, Web services, and multi-protocol messaging.
当通信路径改变，附近的路由器会通过一个名为边界网关协议(border gateway protocol,bgp)的系统告知邻近的路由器。
When a communication path changes, nearby routers inform their neighbours through a system known as the border gateway protocol (BGP).
本文的工作是研究OLSR路由协议的设计与实现方案。
This study presents the work of designing and implementing the OLSR routing protocol.
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