In the next article in this series, we will see how to leverage Web Services and IIOP to deliver application-to-application communication between Domino 6 and other distributed systems.
本系列的下一篇文章中，我们将看到如何利用WebService和IIOP提供Domino6和其他分布式系统间的应用程序-应用程序通信。
For instance, Axis is certainly good, but primarily targeted at Web Services, it does not offer a generalized communication model as does WCF.
举个例子，Axis虽然也很好，但其主要目的是WebService，它并不能提供像WCF那样的通用的通讯模式。
Web Services communication is performed in terms of SOAP Messages.
Web服务通信是通过SOAP消息来执行的。
BPEL for Semantic Web Services (BPEL4SWS) is trying to overcome this limitation through usage of Semantic Web Service Frameworks to define a communication channel.
语义Web服务BPEL (BPEL4WS)试图通过使用语义web服务框架定义通讯信道来克服这一限制。
Supports for two communication layers: one based on Axis2 (Web Services HTTP transport) and another one based on the JBI standard (using ServiceMix).
支持两个通信层：一个基于Axis2 (Web服务http传输)，另一个基于JBI标准(使用ServiceMix)。
Compared with socket communication and messaging techniques, there are some advantages that make Web services stand out.
与套接字通信和消息传递技术相比，Web服务有一些突出的优势。
BPM provides flexibility in process orchestration; SOA provides business services through standard interfaces; and Web 2.0 provides a standard platform for communication.
BPM为流程编排提供灵活性；SOA通过标准接口提供业务服务；而Web 2.0为通信提供标准平台。
In essence, Web services provides a common communication model; however, a common data model is still missing.
从本质上说，Web服务提供了一个公共的通信模型；但仍然缺少公共的数据模型。
You need a team of developers, testers, and system administrators to establish secure communication between Web services.
要建立Web 服务间的安全通信，您需要一个由开发人员、测试人员、系统管理员组成的团队。
If you can combine both SOA and data-integration technologies, you benefit through reusability, increased communication with other enterprise applications, and the use of Web services.
如果您能够将SOA和数据集成技术结合在一起，那么通过可重用性、与其他企业应用程序之间增加的通信，以及Web服务的使用，都将使您从中受益。
The goal of the WS-Reliability standard is to define a mechanism for client-server communication through web services that accomplishes the following
WS-Reliability标准的目的在于通过定义客户机服务器之间的通信机制，使得Web 服务满足如下要求
To solve this problem its key to leave standard REST web services behind and find a way to use message passing, which is a direct communication way of notifying users of changed content.
解决这个问题的关键在于将标准RESTWeb服务抛在脑后，找出一种使用消息传递的方式，它是一种通知使用者内容变更的直接通信方式。
In addition to secure communication standards, we need to establish a system performance threshold to ensure that secure communication between monitoring and monitored Web services do not lag.
除了安全通信标准外，我们需要建立系统性能阈值，以确保监视和被监视Web服务之间的安全通信不会出现延迟。
Inbound messages contain the responses from SAP and, because the entire communication occurs over Web services, the inbound messages from SAP are in the form of SOAP XML files.
inbound消息包含来自SAP的响应，由于整个通信是通过Web服务的，来自SAP的inbound消息采取SOAPXML文件的格式。
Let's suppose at an operations center you use secure communication to connect monitoring Web services at the center remotely with monitored Web services at multiple data centers.
让我们假定，在操作数据中心，您使用安全通信以远程方式将位于中心的监视Web服务连接到位于多个数据中心的被监视Web服务。
The incident, of course, also shows that while many people have become dependent on Web-based services like Gmail, many alternative forms of communication have cropped up that work in parallel.
这次故障当然也说明了一个问题，当很多人都已经对以网络为基础的服务例如Gmail，产生高度依赖性的时候，许多沟通方式都同时突然出现了。
The Web services database is a crucial part of the Alloy functionality as its design provides the means for all SAP and IBM communication.
Web服务数据库是Alloy功能中不可或缺的重要部分，因为它的设计为所有SAP和IBM通信提供了途径。
Secure Networking in J2ME involves additional interfaces available for secure communication with Web-based network services.
J2ME中的安全联网涉及到一些为了与基于Web的网络服务进行安全通信而提供的额外接口。
Applications communicate with each other and with the system's services through web services, and the same holds for communication between system services.
应用程序之间、应用程序与系统服务之间以及系统服务之间都是通过Web服务进行通信。
Messages can be transferred via web services, REST, EJBs, RMI, HTTP, Sockets, SSL or any similar communication interface.
消息可以通过Web服务、REST、EJBs、RMI、HTTP、Sockets、SSL或任何类似的通信接口进行传输。
Web services use XML as the standard to provide communication between networked devices.
Web服务使用XML作为标准，在网络设备之间进行通信。
The challenge lies in the negotiation and communication among different service domains to generate agreements and standards to describe domain-specific Web services.
挑战在于，在不同的服务领域中进行协商和沟通，以生成协议和标准来描述各个领域特定的Web服务。
Because Web services are for application-to-application communication, they are more useful when they can support asynchronous communication.
由于Web服务是用于应用程序到应用程序的信息传递，所以若它们能够支持异步的信息传递将会更加有用。
For web services under different semantic environment, it is hard for them to communicate, and efficient mapping technology is still lack for communication of heterogenous data.
对于不同语义环境下的网络服务，也很难进行沟通，对异构数据也缺乏有效的映射及沟通手段。
Many themes throughout this book assume that you already understand the purpose of network communication protocols, mail services, host name and IP address management, Web services, and more.
许多主题在这本书各处承担你已经了解网络通信协定的目的，邮件服务、主机名称和IP位址管理，网页式服务和更多。
Many themes throughout this book assume that you already understand the purpose of network communication protocols, mail services, host name and IP address management, Web services, and more.
许多主题在这本书各处承担你已经了解网络通信协定的目的，邮件服务、主机名称和IP位址管理，网页式服务和更多。
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