These actions can be security configuration changes, key and certificate management, access control policy changes, bus and other system resources management, and so on.
这些操作可以是安全配置更改、密钥和证书管理、访问控制策略更改、总线和其他系统资源管理等等。
This was a key step in achieving communication between services, which were initially able to create instances of named service bus endpoints for communication with other services.
这是实现服务间通信的一个关键步骤，它能在开始时创建命名服务总线端点的实例，以便与其他服务通信。
Now that we have explored how to setup a bus, and how to use JMS as a message protocol going across the bus, we are finally ready to introduce another key component into our solution: Mediations!
既然我们已经讨论了如何建立总线以及如何将JMS作为整个总线的消息协议，最后我们准备将另一个关键组件引入我们的解决方案中，这就是中介！
The combination of destinations and mediations let you manage a message as it travels across the integration bus, thereby providing key functionality for building an ESB.
目的地和中介的组合让您可以当消息在集成总线中传播时管理消息，从而为构建ESB提供重要功能。
A key feature of the new platform is the ability to use a variety of protocols to send and receive messages to and from the bus.
新平台的重要特性就是使用各种协议向总线发送消息以及从总线接收消息。
More recently, the concept of an Enterprise Service Bus (ESB) has been expressed as a key component of the SOA infrastructure (see Resources).
最近，企业服务总线(Enterprise Service Bus,esb)的概念被表述为soa基础架构的关键组件(请参见参考资料)。
Here, we will take the next step and show how WebSphere ESB supports a key principle of the Enterprise service Bus pattern, namely that of "virtualized" services.
这里，我们将做进一步的阐述，并介绍WebSphereESB如何支持企业服务总线模式的关键原则，即“虚拟”服务。
They are typically key decision makers for solutions involving Web services management, orchestration, and Enterprise service Bus.
他们通常是涉及到Web服务管理、编排和企业服务总线的解决方案的主要决策者。
Sending synthetic X events to applications is the key method to enabling full control of D-Bus and non-API applications.
要实现对d - Bus和没有提供API的应用程序的完全控制，向应用程序发送合成的X事件是一种重要方法。
One of the key enhancements provided by the service integration bus is the ability to communicate with existing WebSphere MQ queue managers.
服务集成总线提供的主要增强功能之一是能够与现有WebSpheremq队列管理器进行通信。
He wrote his answer without providing his reason:"Give the key of my car to the doctor, and let him take the old man to the hospital. But I wait in the stop for the bus with my dreamboat together."
在200个应征者中，只有一个人被雇用了，他并没有解释他的理由，他只是写了以下的话：“给医生车钥匙，让他带着老人去医院，而我则留下来陪我的梦中情人一起等公车!”
Lotus Sametime components communicate key events through a common messaging bus.
LotusSametime组件通过一个通用消息总线传递关键事件。
In this introductory article, you learned how the enterprise service bus is a key architectural pattern in SOA and in IBM's SOA Foundation.
在这篇介绍性文章中，您了解了企业服务总线如何是soa和ibm的SOAFoundation中的一个关键体系结构模式。
In the IBM SOA Reference Architecture an enterprise service bus (ESB) is a key component of the infrastructure.
在IBMSOA参考体系结构中，企业服务总线(Enterprise Service Bus,ESB)是基础设施中的一个关键组件。
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。
Key MDI integration elements are its Enterprise service Bus, through the Business Modeler Message Broker, and a set of self contained SOAP based Web services.
关键的mdi集成元素包括其企业服务总线(通过Business ModelerMessageBroker)和一组基于SOAP的自包含Web服务。
We firmly believe drafting a bus matrix is one of the key initial tasks to be completed by every data warehouse team after soliciting the business' requirements.
我们坚信起草总线矩阵，是每一个数据仓库团队在了解业务需求之后，需要完成的关键任务之一。
The key problem of bus voltage predicted analysis on line is to research the predicted model, which includes simple algorithm, high accuracy degree, long predicted time and good robustness.
电力系统电压暂态稳定在线预测分析的关键是寻找一种算法简单，精度高，预测时间长和鲁棒性好的预测模型。
Channel faders, bus faders, and a crossfader give you smooth control of key values.
通道推子，巴士推子，和交叉给你的键值平稳控制。
Bus control protocol is the key or high rate multiplex data bus. The capacity of real—time responseness of multiplex data bus and properties in high and low load are decided by the protocol.
总线控制协议是高速多路串行数据总线的关键，它决定了多路串行数据总线的实时响应能力以及在高负载和低负载情况下的串行数据总线的特性。
This paper discusses a PC-NC system based on PC bus and some relevant key technologies, and presents a method of realization of dispatching real-time tasks in the software part of system.
讨论了一种基于PC总线的PC数控系统的结构及其有关的关键技术问题，并提出了该结构下数控系统软件的一种实时控制任务调度的面向对象实现方法。
Because of the key status of the avionics bus in avionics integrated system, its reliability and stability become more and more important.
由于航空总线在航空电子综合化系统中的重要地位，使得航空总线的可靠性、稳定性变得尤为重要。
Since the 1553b bus interface board plays a key role in the realization of integrated avionics system, its design is quite important.
而1553B总线接口板是实现航空电子综合化系统的关键部件，故而1553 B总线接口板的设计就显得非常重要。
An physical approach of network security based on PCI bus is proposed, the design scheme of the core component, PCI control card, is introduced, and realization of some key technologies is described.
提出了基于PCI总线网络安全的一种物理实现方法，详细介绍了其核心部件PCI控制板卡的设计方案，并描述了其中几个关键技术的实现。
Powertrain system for a series hybrid electric bus is studied. The study includes the performance parameters matching of key components and the "thermostat" control strategy.
研究串联型混合电动大客车动力驱动系统关键部件，如牵引电机、发电机组和电池组性能参数的匹配以及“恒温器”控制策略。
The information of the boarding, alighting and transfer points of the bus IC card passengers is the key for getting the dynamic transit passenger OD.
公交IC卡使用乘客的上、下车站点以及换乘站点信息是获取动态公交客流的核心与关键内容。
Therefore the bus analyzes and processes the measure in the intersection delay the research is the public transportation first technology key link.
因此公共汽车在交叉口的延误分析与处理措施的研究是公交优先技术的关键环节。
With a larger raise in the performance of CPU, DSP and FPGA processors, to improve bus performance is the key to enhancing system performance.
随着CPU、DSP和FPGA等处理器的性能得到较大提升，提高连接这些高性能器件的总线性能成为提升系统性能的关键。
In order to meet the need of ranking some key load buses for a large-scale power system, some indices for evaluating the singularity of bus Jacobian matrix were proposed.
针对只对系统中某些关键负荷节点进行弱节点排序的需要，提出了衡量节点雅可比矩阵奇异的若干指标，将这些指标应用于弱节点排序并对其有效性进行了评价。
The proper and effective optimal model of the departing interval is the key to the dispatching scheme optimization and the bus service improvement.
合理有效的公交车辆发车间隔优化模型是优化调度方案、改善公交服务的关键。
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