ESB中的异步消息传递。
JMS的缺省行为就是进行异步消息传递。
运行异步消息传递系统。
异步消息传递：业务逻辑可以随事件同时发生。
Asynchronous messaging: Business logic can occur concurrently with events.
异步消息传递：此方法解决了应用程序之间的紧密耦合问题。
Asynchronous messaging: This approach addresses the problem of tight coupling between applications.
整合异步消息传递系统与Apachegeronimo。
Integrate the asynchronous messaging system with Apache geronimo.
这包括多异步消息传递、高速缓存、路由和对大数据流的处理。
This includes multiple asynchronous messaging, caching, routing, and the streaming of huge data.
在异步消息传递中，可以使用相关ID来标识唯一的请求-响应消息对。
In asynchronous messaging, you can use a correlation id to identify the unique request-and-response message pair.
此体系结构提供了对同步消息传递和异步消息传递方案的全面支持。
This architecture provides complete support for both synchronous and asynchronous messaging scenarios.
分布式系统中节点之间的异步消息传递常通过消息传输代理进行。
Nodes in the distributed system often transfer asynchronous message through the message transfer agent.
因此，如果期望处理大量事务，可以将异步消息传递用作集成的基础。
Thus asynchronous messaging may be employed as the integration basis if high transaction volumes are expected.
基于异步消息传递软件的ESB产品，如WebSphereMQ。
ESB products based on asynchronous messaging software, such as WebSphere MQ.
通过这种方式，两个端点之间无需第三方邮箱就可以进行异步消息传递。
This would allow for asynchronous messaging between two endpoints without the need for a 3rd party mailbox.
为了克服这个最后的问题，图3说明了怎样延伸这种情况以利用异步消息传递。
To overcome this final problem, Figure 3 illustrates how the scenario can be extended to leverage asynchronous messaging.
在异步消息传递中，存在一个名为发布和订阅的选项，多个应用程序可以从中接收同一消息。
In asynchronous messaging there's an option called publish and subscribe in which multiple applications can receive the same message.
高级消息队列协议（AMQP1）是一个异步消息传递所使用的应用层协议规范。
The Advanced Message Queuing Protocol (AMQP 1) is an application layer protocol specification for asynchronous messaging.
因此，仅使用Axis的功能，Sandesha是不能支持异步消息传递要求的。
As a result, Sandesha cannot support the asynchronous messaging requirement by mere utilization of Axis's capabilities.
本流程结合使用了web服务、异步消息传递和Coach，用于异常处理和升级呈报。
A combination of web services, asynchronous messaging and Coaches for exception handling and escalation are used in this process.
借助于异步消息传递与管道，它可以提供比线程池更好的控制，也比手工线程方式具备更好的性能。
Using asynchronous message passing and pipelining, it promises to offer more control than thread pools and better performance than manual threading.
尽管从理论上讲异步消息传递是单向通信，但是可以让它调用接收应用程序中的一些功能。
Although asynchronous messaging is, in principle, a one-way communication, you can make it invoke some functionality in the receiving application.
第一种方法是使用分布式对象(也称为对象请求代理)，第二种方法是使用异步消息传递。
The first is the method of distributed objects (also known as object Request Broker), and the second method is that of asynchronous messaging.
在异步消息传递中，客户端或客户端对象将消息发送到目标应用程序，但是不等待响应就继续其工作。
In asynchronous messaging, the client or client object sends a message to the target application, but doesn't wait for the response to continue its work.
没有异步消息传递接口测试经验的组织可能不会认识到需要进行额外的工作来进行性能测试。
Organizations that have not had experience testing asynchronous messaging interfaces might not be aware of the additional support that will be required for performance testing.
从可伸缩性角度看，您只需启动其他的JVMs来参与网格，网格将自动开始服务异步消息传递请求。
From a scalability perspective, you only need to start additional JVMs to participate in the grid, which will automatically start servicing asynchronous messaging requests.
另外您不需要对补偿框架使用jms异步消息传递，但是我发现在处理补偿故障相关的问题时它很有用。
Also, you don't need to use JMS asynchronous messaging for the compensation framework, but I find it useful for addressing issues surrounding compensation failures.
分布式对象方法侧重于代码重用和语言独立性，而异步消息传递则解决了应用程序之间紧密耦合的问题。
The distributed objects approach focuses on code reuse and language independence, while asynchronous messaging addresses the problem of tight coupling between applications.
所以，除了提供可靠消息传递功能之外，Sandesha体系结构还必须提供一个异步消息传递框架。
As a consequence, Sandesha architecture has to provide an asynchronous messaging framework in addition to the functionality provided for the reliable message delivery.
异步消息传递系统通常依赖于消息总线或消息代理公开用于接收消息生成方所发布的消息的队列或事件通道。
An asynchronous messaging system typically relies on a message bus or broker to expose queues or event channels that receive messages published by message producers.
默认情况下，IntegrationDeveloper生成一些限定符来提供事务处理和可信任异步消息传递。
By default, Integration Developer generates some qualifiers to provide transaction handling and reliable asynchronous message delivery.
异步消息传递系统中的参与者并不必等待接收方的响应，因为它们可以依赖消息传递基础设施来确保成功交付。
Participants in an asynchronous messaging system don't have to wait for a response from the recipient, because they can rely on the messaging infrastructure to ensure delivery.
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