查询词典 web-wheel

Web service is at the core of SOA. In order to enhance the usability and dependability of web service, it is a key problem to perform efficient recomposition on web service.

网络服务是面向服务体系结构SOA(Service-Oriented Architecture)的核心，如何对服务进行有效的重组是提高网络服务实用性、可靠性的关键所在。

It considers all possible factors, weight of web page, relative access frequency of web page, and time durations on web page.

同时给出了基于模糊偏爱度的用户浏览模式的有效挖掘算法。

Then, after reviewing former research, we combine the solution of industry and academy, a new architecture called BWADM based on the researches above is proposed, it is a distributed data mining system based on Web services and Agent in Electronic commerce environment. Web service composition rules and execution of Web service composition are discussed. These modules are introduced detailedly in Electronic commerce environment; there are algorithm management module, control center module, algorithm database module and model representation module. Lastly, a prototype system of distributed data mining is given in Electronic commerce.

在此基础上，结合业界和学术界对Web服务和移动Agent的研究成果，将Web服务和Agent最新技术引入了电子商务环境中分布式数据挖掘，提出了电子商务环境下基于Web服务和移动Agent技术的数据挖掘架构BWADM，并论述了组合服务规范与组合服务的执行，具体阐述了此架构的数据预处理组件、算法管理组件、控制中心组件、算法库组件和模型表示组件。

On global optimal algorithms, a heuristic 0-1 Integer Liner Programming algorithm is achieved, which combines heuristic enumeration method and revised simplex method. Simulation experiments show that the degree and optimization efficiency in our algorithm is obviously improved compared with the MATLAB 7 bintprog function that is a 0-1 integer programming algorithm. Moreover our algorithm isn\'t relevant to the scale changes of Web services composition and candidate service sets, thus it is applicable for the scenes that the scales of Web services composition changed dynamically. But for Web services composition with service alliance, the algorithm is unable because the non-linear global optimal model of the fitness function and QoS constraints can\'t be expressed in linear mode.

在全局优化算法研究上，基于启发式0-1整线性规划算法结合了修正单纯形法和启发式枚举法，仿真实验表明该算法与MATLAB 7的0-1整数规划方法比较，在优化程度及优化效率上得到了显著改进，并且对服务组合和候选服务集合的规模变化没有明显的相关性，因而该算法可用于服务组合规模动态变化的场景，但该算法不能应用于存在服务联盟的非线性全局优化模型。

This system conforms to the rules of normalization, standardization, spatiality and network, and applies many computer technologies, such as web, web database, and Web GIS.

该系统是遵循标准化、规范化、空间化及网络化原则，集多种当前先进的计算机技术，包括 Web 、网络数据库及 Web GIS 技术于一体的综合性应用系统。

Although the types of Web attack have been evolving, Web attacks are existed specific characteristics. These characteristics will be assigned a term list according to the establishment of taxonomy. This research intends to provide a complete and explicit taxonomy for Web attacks.

即使如此，每一件 Web 攻击都存在著特殊特徵，将 Web 攻击的特殊特徵经过知识分类的建立，指派於分类表的术语清单中，以提供 Web 攻击详细的描述，为本研究关心的议题。

After analyzing the characteristics of web pages,a new vector representation of web pages was proposed and applies to web page classification.

提出了一种中文网页的表示方法，在将下载的网页全部表示为向量空间的向量后，用SVM构造了一个多类分类器。

With the development of Internet, information on the Web is rapidly expanding, and the demand for information is increasing. Web crawler who takes charge of gathering Web information is facing an enormous challenge.

随着网络技术的发展，Web上的信息海量增加，人们对信息的需求也不断加大，使得专门负责Web信息采集的网络爬虫技术面临着巨大的挑战。

This paper mainly researches several key technical problems about access control for web services based on SOAP, which includes the architecture design of access control for Web Services based on ABAC, the application of XACML in access control for Web Services, the design and implement of SOAP gateway and SOAP client.

本文主要研究基于SOAP的Web Services访问控制中的几个关键技术问题，包括；基于ABAC的Web Services访问控制体系结构设计、XACML在Web Services访问控制中的应用、SOAP网关和SOAP客户端的设计与实现等。

Attribute based access control model for Web Services is systemic researched, and an architecture of access control for Web Services is designed, which combines the architecture of access control of ABAC and the typical application architecture of Web Services.

系统研究了面向Web Services的基于属性的访问控制模型ABAC，并结合ABAC访问控制架构和Web Services典型应用架构设计了Web Services访问控制体系结构。

Hanna: That's over now, isn't it?

都结束了，对吗

You must be ill. You look so pale.

你一定是病了，你的脸色苍白。