If such statements are true for the semantic Web, it is true for semantic Web services.
如果对语义web而言，此类说法成立的话，那么对语义web服务也是如此。
There are other groups and standards, which also address the topic of "Semantic Web Services".
还有其它团体和标准，也解决了“语义web服务”这一专题。
The same impossibility might be to develop semantic Web services using the logical modeling approach.
也不可能使用逻辑建模方法开发语义Web服务。
Creating semantic Web services via a logic deduction is almost impossible, as we discussed in this paper.
正如在本文前面讨论的，通过逻辑推理创建语义Web服务几乎是不可能的。
The ever-more complicated framework of semantic web services reveals a significant limitation of web services technology.
变得越来越复杂的语义Web服务框架表明 Web 服务技术方面有很大的局限。
Transforming all composite Web services into atomic processes can be the short-term goal for developing semantic Web services.
将所有组合Web服务转换为原子过程可以算作开发语义Web服务的短期目标。
By now it can be concluded that the Semantics in Semantic Web services can be all defined and identified in the ServiceDescription.xml XML document.
到目前为止，可得出结论，语义Web服务中的语义可以全部在ServiceDescription .xml xml文档中进行定义和标识。
The crux of the research and development of semantic web services has been the modeling and description of the semantics of service aggregation processes.
语义Web服务的研究和开发的症结在于服务聚合流程的建模和描述。
Semantic Web services (SWS) can be considered an integration layer on top of Web services; they use ontologies as data model and they have a rich conceptual model.
语义Web服务(SWS)可看作是Web服务之上的集成层；它们使用本体作为数据模型并且拥有丰富的概念模型。
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。
If the so-called semantic Web technology failed and will fail, then researchers and developers should explore alternative ways to realize the goal of semantic Web services.
如果所谓的语义Web技术已经失败了，并且将来还会失败，那么研究人员和开发人员就应探索采用其他方式来实现语义web服务的目标。
Yihong said that traditionally Semantic Web services employ machines to understand humans, however Imindi's approach is to encourage humans to better understand each other via machines.
Yihong说传统的语义网络服务利用机器理解人类，而Imindi的方法是鼓励人类通过机器更好的理解彼此。
Much research in semantic web services focuses not on describing the meaning of services, but rather emphasizes the process of service aggregation, which is of no interest to the service requester.
语义Web服务方面的很多研究并不关注对服务的意义进行描述，而是将重点放在服务聚合的过程，后者对服务请求程序并没有意义。
Semantic templates for Web services request and response will establish an explicit contract between the service provider and the service requester.
Web服务请求和响应的语义模板将在服务提供者和请求者之间建立一个明确的协议。
Tim Berbers Lee kicked off the workshop by detailing his vision as to how Web services are, in fact, an actualization of the "Semantic Web."
TimBerbersLee以他对Web服务的前景的详细描述，实际上是对“语义上的网络”的现实化开始了此次研讨会。
The Web Services Semantics - WSDL-S specification is a W3C Member Submission that defines how to add semantic information to WSDL documents.
Web服务语义- WSDL-S规范是W3C成员提交草案，定义如何向 WSDL 文档添加语义信息。
This tutorial, Part 6 in a series, explains how to add semantic capabilities to an existing Web services mashup application.
本教程是该系列的第6部分，介绍了如何向已有的Web服务mashup应用程序增加语义功能。
Meanwhile, and most importantly, semantic request and response can hide the implementation details for invoking the Web services, as shown in Listings 10 and 11.
其中，最重要的是，语义请求和响应可以隐式调用Web服务的实现细节，如清单10 和 11 所示。
Since Web services can be standardized through semantic request and response, the role of WSDL and UDDI needs to be reconsidered, as everything can now be described in the XML template including.
由于Web服务通过语义请求和响应进行标准化，WSDL和UDDI的角色需要重新认定，可以被XML模板描述的内容包括。
Semantic misunderstandings (such as proprietary) and contractual loopholes (such as multiplatform differences) contribute to interoperability problems between external enterprise Web services.
语义的误解(例如所有权)和契约的漏洞(例如多平台的差异)会在外部企业Web服务之间引起协作问题。
Semantic invocation of Web services will focus on the standardization of service request and response to simplify the programming routine and make the invocation machine readable and understandable.
Web服务的语义调用主要关注服务请求和响应的标准化，以此来简化编程步骤，使得Web服务调用机制可读，容易理解。
How to use such semantic request and response to invoke Web services.
怎样利用语义请求和响应来调用Web服务？
The analysis of the semantic relations among large amount of Web pages with the same topic in WWW can realize the intelligent query and provide characteristic services in search engines.
对万维网上同一主题下的大量网页之间进行特定语义关系的分析，并将其应用于搜索引擎中，可以实现智能化的查询和提供其他个性化服务。
Another enhancement to Web Services provided by the Semantic Web occurs when the specific service one needs is not immediately available.
当某些相对复杂的服务不能马上从互联网获得时，语义网将能提升现有Web服务的能力。
This paper presents semantic reasoning based on UDDI Web Service registry model and this method is applied in E-Business Credit evaluating services.
论文在对UD鄄DI服务发现基本模型的研究基础上加入了语义推理，并运用到电子商务信用评估服务发现中。
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。
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。
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