WebSphere MQ is also the mainstay for designing enterprise service bus (ESB) for service Oriented Architecture (SOA).
WebSphereMQ还是为面向服务架构(SOA)设计企业服务总线(esb)的支柱。
And see how these requests are traced on the server side through a message-oriented service bus to targeted business services.
并了解如何通过目标业务服务的面向消息的服务总线在服务器端跟踪这些请求。
This would be huge for Service-Oriented Architecture - and enterprise service bus-based applications, which is where I developed this before.
这对于面向服务的架构——和基于企业服务总线的应用程序(我以前正是在其中开发此程序)来说将是件大事。
This IBM Redbook focuses on how you can integrate Enterprise service Bus (ESB) implementations in a service-oriented architecture (SOA).
这本IBM红皮书关注于如何在面向服务的体系结构(SOA)中集成企业服务总线(esb)。
Late bindings, mediations to transform data, and adapters for existing applications allowing service-oriented interactions through an Enterprise service Bus, are features of this model.
该模型的特性还包括现有应用程序的后期绑定、数据转换中介和适配器，可以通过企业服务总线来实现面向服务的交互。
An Enterprise service bus (ESB) combines event-driven and service oriented approaches to simplify integration of business units, bridging heterogeneous platforms and environments.
企业服务总线(EnterpriseService Bus,ESB)将事件驱动的方法和面向服务的方法结合使用，以简化业务单元的集成，从而在异类平台和环境间建立联系。
WebSphere enterprise Service Bus is a platform that allows applications to integrate in a flexible manner and helps an enterprise realize its Service-Oriented Architecture (SOA) goals.
WebSphereEnterpriseServiceBus是允许应用程序以灵活方式进行集成的平台，可帮助企业实现其面向服务的体系结构(Service - Oriented Architecture,SOA)目标。
In a service-oriented architecture (SOA), it is a best practice to use an Enterprise service Bus (ESB) to perform application connectivity and to decouple service consumers from service providers.
在面向服务的体系结构(SOA)中，使用企业服务总线(Enterprise Service Bus,ESB)来执行应用程序连接并将服务使用者与服务提供者分离是最佳实践。
Plans for the second phase, Portland 2.0, involve a service-oriented interprocess communication approach based on D-Bus interfaces.
第二个阶段Portland 2.0的计划包含基于d - Bus接口的面向服务的进程间通信机制。
The company decided to use the architectural pattern of an Enterprise Service Bus to achieve these goals, and thus take the first steps toward establishing a Service Oriented Architecture (SOA).
该公司决定使用企业服务总线(Enterprise Service Bus)的体系结构模式来实现这些目标，从而开始建立面向服务的体系结构(ServiceOriented Architecture, SOA)的初始步骤。
The remainder of this article describes a six-month project that launched the SOA adoption process by implementing a Resource Oriented Enterprise Service Bus (ESB) using 1060 Research's NetKernel.
本文将在下面的章节中向大家描述这个为期6个月的项目是如何利用1060Research公司的NetKernel通过实现面向资源的企业服务总线（Resource Oriented Enterprise ServiceBus）来启动SOA的采用过程的。
The Enterprise service Bus (ESB) as an architectural pattern has long been used to describe key infrastructure level capabilities of a service-oriented architecture.
使用作为体系结构模式的企业服务总线(Enterprise Service Bus,ESB)来描述面向服务的体系结构的基础结构级别的功能已有很长时间了。
Summary: The Enterprise service Bus (ESB) architectural pattern supports virtualization and management of service interactions in a service-oriented architecture (SOA).
简介：企业服务总线(Enterprise Service Bus,ESB)体系结构模式支持在面向服务的体系结构(SOA)中虚拟化服务交互并对其进行管理。
In service Oriented Architecture environment, ESB (Enterprise service Bus) ACTS as a single interface for all messaging between applications and services in a loosely coupled manner.
在面向服务的架构的环境中，ESB(企业服务总线)作为一个接口，为所有在应用程序和服务之间的消息传递，以一种松耦合的方式传递。
By dint of computer, the test system can provide Virtual Instrument's function of user interface oriented, bus interface oriented and data processing oriented.
借助计算机，测试系统可提供面向用户接口、面向总线接口和面向数据处理的虚拟仪器功能。
By dint of computer, the system can provide Virtual Instrument's function of bus interface oriented.
借助计算机，系统可提供面向总线接口的虚拟仪器功能。
In order to implement easier, software programming model of object-oriented field bus application layer is stated.
为便于实现，提出了面向对象的现场总线应用层软件编制模型。
This design and implementation of a double modular. fault-tolerant computer sys-tem interfacing to STD-BUS is presented for the industrial process oriented processor withhigh reliability.
本文论述STD 总线双机容错系统的设计与实现，该系统为工矿企业提供高可靠性的处理机模块。
Soon will introduce the origin of "bus", and the connection between object-oriented and design pattern, sustain as theory.
因此随后将介绍“总线”式开发的由来，以及与面向对象和设计模式之间的联系，作为理论支持。
The information system is composed of components, and permits each user-oriented application to access transaction server by the uniform soft ware-bus protocols.
这种构件化的信息系统可以使面向用户的各个应用系 统通过统一的软件总线协议访问业务处理服务器。
The information system is composed of components, and permits each user-oriented application to access transaction server by the uniform soft ware-bus protocols.
这种构件化的信息系统可以使面向用户的各个应用系 统通过统一的软件总线协议访问业务处理服务器。
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