一个rlm路由通过一个MQLLM协议处理器将多条信息转发到一个多协议网关服务。
An RLM route forwards messages to a multi-protocol gateway service with an MQ LLM protocol handler.
这可以通过具有HTTP前端处理程序和IMSConnect 后端URL 的多协议网关实现。
This can be implemented with a multi-protocol gateway with an HTTP front-side handler and IMS Connect backside URL.
本文主要就IPNP协议网关的设计进行了探讨，并对开发中的几个关键问题提出了较为合理的解决方案。
The design for IPNP protocol gateway is primarily discussed in this paper, and the relatively rational solving scheme for several key problems in the development of module is presented.
从该平台的表现来推断，应该是基于ESB的，因为有很多相关参考指出其“基于服务并包含支持多种访问协议的协议网关”。
The platform appears to be based around an ESB, since there are a lot of references to it being
先简要介绍了一下互连系统的设计背景，接着给出了作为互连系统核心的协议网关的硬件设计方法和互连系统的几大模块的具体实现过程。
Then the hardware design method of the protocol gateway, the key point to the system, and the implements of main functions of the system are given.
反过来也是可能的：消息可以进入一个多协议网关并访问FastPath，如果该网关使用一个dpllm backend - url配置的话。
The reverse is also possible: messages can enter through a multi-protocol gateway and gain access to the Fast Path if the gateway is configured with a DPLLM backend-url.
DataPowerSOA设备提供了多协议网关(Multi - Protocol Gateway,MPGW)应用程序组件，此组件提供了廉价和松散耦合的REST网关组件实现。
A DataPower SOA appliance provides a Multi-Protocol gateway (MPGW) application component, which provides an inexpensive and loosely-coupled REST gateway component implementation.
DataPower提供服务级别监视(Service - Level Monitoring,SLM)功能，此功能可以在Web服务代理或多协议网关DataPower服务上实现。
DataPower provides service-level monitoring (SLM), which can be implemented on either a Web service Proxy or Multi-Protocol Gateway DataPower service.
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.
一个网关充当一个代理服务，你可以使用它来协调协议或者表示一个划分上的可以利用的接口。
A gateway ACTS as a proxy service, and you can use it to mediate protocols or to denote the interface available to a partition.
协议桥接是一种强大的网关使用方法。
此体系结构为客户端和服务实现提供了选择不同于网关之间使用的外部协议的内部协议的灵活性。
This architecture offers client and service implementers the flexibility of choosing internal protocols that are different from the external protocol used between the gateways.
网关模式是一个复杂的协议变换变体。
The gateway pattern is a sophisticated protocol switch variant.
此外，网关可用于在外部消息传递域和协议之间进行转换。
Further, gateways can exist for purposes of translating between foreign messaging domains and protocols.
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.
为该服务网关选择传输协议。
随着SOA网关能支持的协议和消息格式越来越多，它正在日益变得全面。
As the number of supported protocols and message formats expands, SOA Gateways are becoming increasingly comprehensive.
网关模式最主要的优点之一是，它允许服务以未经设计的协议来提供。
One of the main advantages of the gateway pattern is that it allows for services to be offered over protocols that they were not originally designed for.
一个关键的网关功能是将客户端支持的服务协议转换为提供方支持的服务协议。
A key gateway capability is the transformation from service protocols supported by clients to service protocols supported by providers.
XMPP网关允许终止一个给定的客户端到服务器的会话，并且向目标端点协议发起一个新的会话(同时进行必要的协议转换)。
The XMPP gateway permits the termination of a given client-to-server session and the initiation of a new session to the target endpoint protocol (along with the necessary protocol translation).
要创建公司与其零售商之间的企业对企业网关并实现所要求的协议，我们
To create a business-to-business gateway between the company and its resellers, and implement the required protocols, we
可以根据几种不同的协议使用传感器事件网关组件将传感器设备的数据发送到WebSphereSensorEvents服务器。
Data from sensor devices can be sent to the WebSphere sensor Events server via several different protocols using the sensor event gateway component.
为了支持Web服务协议的不同实现，WSHT有两种配置：简式和网关。
There are two configurations for WSHT to support different implementations of Web services protocols: simple and gateway.
此类场景要求使用能够提供位置和协议透明性的Web服务网关或全功能esb解决方案。
Such a scenario requires the use of a Web services gateway or a full fledged ESB solution that can provide location and protocol transparency.
protocol是“tcp”或“http”，依赖于 DE-Light网关启动时携带的协议。
protocol is "tcp" or "http", depending on the protocol that the DE-Light gateway started with.
一组适配器充当协议(例如SOAP overHTTP、email、FTP、RMI)和总线之间的网关。
Then a set of adapters act as gateways between a protocol like e.g. SOAP over HTTP, email, FTP, RMI on the one hand and the message bus on the other hand.
网关可以使用Web服务(SOAP 1.1或1.2)、HTTP、JMS或MQ作为传输协议。
The gateway can use Web Services (SOAP 1.1 or 1.2), HTTP, JMS, or MQ as the transport protocol.
在这种情况下，网关大多数都是被用来在IM协议(例如，在XMPP和Internet中继聊天(IRC))之间进行转换。
Gateways are most often used in this context to translate between IM protocols (for example, XMPP to Internet Relay Chat [IRC]).
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.
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