Semantic web service development should focus on the basic request-response relationship in the communication process.
语义Web服务开发应将重点放在通信过程中的基本请求-响应关系上。
Introduces an extension to BPEL to enable describing interaction using semantic Web service Frameworks instead of using WSDL 1.1.
为BPEL引入一个扩展以支持使用语义web服务框架而不是WSDL1.1来描述交互。
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。
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。
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 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。
Listing 8: Invocation process of ESRI's Address Finder Web Service through semantic request.
清单8：通过语义请求ESRI的地址查询Web服务调用过程。
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。
Listing 9: Semantic request for invoking ESRI's Address Finder Web service.
清单9：调用ESRI的地址查询Web服务的语义请求。
Listing 11: Semantic response after invoking ESRI's Address Finder Web service.
清单11：调用ESRI的地址请求Web服务之后的语义响应。
Specifically, it teaches you how to use semantic Web techniques to pull data from an arbitrary Web service on-the-fly and display it in the form of a user's choosing.
具体来说，它会告诉您如何使用语义web技术随时从任意的Web服务获取数据并以用户选择的形式显示。
As the W3C's oft-mentioned "semantic web" expands, on-line service description could benefit from all that RDF has to offer in the form of networks of rating and trust.
因为w3c常提及的“语义web”得到了扩展，所以联机服务说明可以从所有必须以评价和信任的网络形式提供的RDF中受益。
The web Service Policy Framework (WS-Policy) specification defines a syntax and semantic for service providers and service requestors to describe their requirements, preferences, and capabilities.
Web服务策略框架 (WS-Policy)规范为服务请求者和服务提供者定义了语法和语义来描述他们的需求、首选项和性能。
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。
SAWSDL has been designed to support Semantic Service Interoperability, but it generally opens XSD and WSDL towards the powerful ontology-based modeling capabilities of the Semantic Web.
SAWSDL已被设计支持语义服务互操作性，它大体上打开了XSD和WSDL通向强大的基于本体建模能力的语义网的大门。
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。
At first add a domain ontology base into the UDDI system, then add semantic information for every registered Web service.
首先在UDDI系统中加入一个领域本体库，再为该uddi中的每个注册服务添加语义信息，并将服务和本体库的对应关系存入到UDDI的数据库中。
The research is focused on studying the control mechanism of the WEB information search engine service based on the semantic classification.
本文的研究重点是基于分类语义的搜索引擎系统的WEB语义分析执行机制的研究。
In order to realize web service automation in collaborative product commerce, a semantic-based web service description meta-model supporting web service automation was proposed.
为网络服务提供全面准确的描述，是实现协同产品商务中网络服务自动化的一个前提。
In order to realize web service automation in collaborative product commerce, a semantic-based web service description meta-model supporting web service automation was proposed.
为网络服务提供全面准确的描述，是实现协同产品商务中网络服务自动化的一个前提。
应用推荐