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动态资源发现
相关语句
  dynamic resource discovery
    Whereas highly flexible and extensible dynamic resource discovery algorithm, which overcomes the limitation of LDAP and relational data model, matches requirements for both resource providers and consumers via XQuery.
    动态资源发现算法则通过XQuery来匹配资源提供者和资源使用者双方的需求,克服了LDAP和关系性数据模型的限制,具有高度的灵活性和可扩展性。
短句来源
    This kind of technology contributes to the solution of dynamic resource discovery in the mobile environment.
    它为解决移动环境中的动态资源发现问题提供了新的思路。
短句来源
    Dynamic resource deployment and dynamic resource discovery were explained and proposing a pseudocode arithmetic of dynamic resource discovery.
    详细说明了网格资源的动态部署和动态发现,并给出了一种动态资源发现的伪码算法。
短句来源
    dynamic resource discovery algorithm matches requirements for both resource providers and consumers via Xquery, which is highly flexible and extensible.
    动态资源发现算法则通过XQuery来匹配资源提供者和资源使用者双方的需求,具有高度的灵活性和可扩展性。
短句来源
  dynamic resource discovery
    Whereas highly flexible and extensible dynamic resource discovery algorithm, which overcomes the limitation of LDAP and relational data model, matches requirements for both resource providers and consumers via XQuery.
    动态资源发现算法则通过XQuery来匹配资源提供者和资源使用者双方的需求,克服了LDAP和关系性数据模型的限制,具有高度的灵活性和可扩展性。
短句来源
    This kind of technology contributes to the solution of dynamic resource discovery in the mobile environment.
    它为解决移动环境中的动态资源发现问题提供了新的思路。
短句来源
    Dynamic resource deployment and dynamic resource discovery were explained and proposing a pseudocode arithmetic of dynamic resource discovery.
    详细说明了网格资源的动态部署和动态发现,并给出了一种动态资源发现的伪码算法。
短句来源
    dynamic resource discovery algorithm matches requirements for both resource providers and consumers via Xquery, which is highly flexible and extensible.
    动态资源发现算法则通过XQuery来匹配资源提供者和资源使用者双方的需求,具有高度的灵活性和可扩展性。
短句来源
  “动态资源发现”译为未确定词的双语例句
    Along with the huge improvement and rapid progress of computer performance and network communicating technology, the development of application demands toward high- performance, large-scale, diversity and multi-function needs to connect the various high-performance computing resources, storage, data and other specific resources, which are geographically distributed and heterogeneous, via high speed network to establish collaborate high-performance computing and solve huge application problems cooperatively, hence the name wide-area high-performance meta computing technology, Grid Computing Technology as well.
    计算网格将地理上分布的、异构的各种高性能计算资源、存储资源、数据资源和其他特殊资源通过高速网络连接起来,实现高性能联合作业,共同完成大规模计算问题。 这就需要网格服务提供一种通用的互操作手段,具有动态资源发现和组合能力。
短句来源
    On the background of middleware,distributed object computing and mobile computing,the paper provides an architecture of Mobile Middleware based on Distributed Object(MMDO),which consists of the dynamically customizable base core,the general mobile agent platform,asynchronous message service,the distributed resource discovery service and the security registry of mobile device.
    文中以中间件、分布对象计算和移动计算等相关领域的技术为背景,提出了基于分布对象技术的移动中间件MMDO(MobileMiddlewareBasedonDistributedObject),该体系结构包括:动态可定制的基础核心、通用移动Agent平台、异步消息服务、动态资源发现和移动用户安全注册。
短句来源
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  dynamic resource discovery
It also supports registration of computing resources and dynamic resource discovery.
      
Load-balancing is not done automatically across queues, and manual specification hinder the dynamic resource discovery.
      
Such characteristic highlights issues such as dynamic resource discovery, fault tolerance, and so on.
      
These results show that p2p technology offers a promising approach to dynamic resource discovery essential to high throughput computing.
      
  dynamic resource discovery
It also supports registration of computing resources and dynamic resource discovery.
      
Load-balancing is not done automatically across queues, and manual specification hinder the dynamic resource discovery.
      
Such characteristic highlights issues such as dynamic resource discovery, fault tolerance, and so on.
      
These results show that p2p technology offers a promising approach to dynamic resource discovery essential to high throughput computing.
      


Currently a single resource management model can seldom meet various grid computing requirements, such as dynamicity, scalability and adaptability. A new resource management model, which syncretizes web computing, orthodox grid computing and P2P computing, is proposed to solve the problem. In the model, the whole grid computing environment is organized to a hierarchy with two levels" Different management policies and architectures can be adopted in different administrative domains internally to meet adaptability...

Currently a single resource management model can seldom meet various grid computing requirements, such as dynamicity, scalability and adaptability. A new resource management model, which syncretizes web computing, orthodox grid computing and P2P computing, is proposed to solve the problem. In the model, the whole grid computing environment is organized to a hierarchy with two levels" Different management policies and architectures can be adopted in different administrative domains internally to meet adaptability requirement for legacy systems;P2P model is used to organize multiple administrative domains to meet dynamicity and scalability. Web services are introduced in the model to provide standard interoperability to overcome resource heterogeneity. Dynamic resource deployment model employs the XML-based data model to describe resource properties and solves the distributed garbage collection problem by Soft State mechanism. Whereas highly scalable and extensible dynamic resource discovery algorithm satisfies requirements for both resource providers and consumers.

现有的资源管理模型往往无法同时满足网格计算的动态性、可伸缩性和适应性需求。针对这个问题,提出了一种融合了Web计算技术、正统的网格计算技术和对等计算技术的资源管理模型。它将整个网格计算环境分为两级。在各个管理域内部可采用不同的管理策略和体系结构,体现了对遗留系统的适应性支持;各管理域之间的组织则采用对等计算模式,从而可适应网格计算环境的动态性和可伸缩性。在该模型中,标准化的互操作性通过万维网服务提供,以克服资源的异质性;动态资源部署采用基于:XML的数据模型来描述资源信息,并通过软状态机制来解决分布式垃圾收集问题;动态资源发现克服了LDAP和关系性数据模型的限制,具有高度的灵活性和可扩展性。

Some limitations exist in the middleware based on the Java RMI Technology.On the background of middleware,distributed object computing and mobile computing,the paper provides an architecture of Mobile Middleware based on Distributed Object(MMDO),which consists of the dynamically customizable base core,the general mobile agent platform,asynchronous message service,the distributed resource discovery service and the security registry of mobile device.MMDO can resolve the efficiency of Java in the mobile middleware,and...

Some limitations exist in the middleware based on the Java RMI Technology.On the background of middleware,distributed object computing and mobile computing,the paper provides an architecture of Mobile Middleware based on Distributed Object(MMDO),which consists of the dynamically customizable base core,the general mobile agent platform,asynchronous message service,the distributed resource discovery service and the security registry of mobile device.MMDO can resolve the efficiency of Java in the mobile middleware,and it extends the service of mobile middleware,which could provide the best support environment for the mobile application.Lastly the paper gives the result of emulate test,and it proves the validity of the MMDO.

基于JavaRMI技术的移动中间件存在一定程度的局限性。文中以中间件、分布对象计算和移动计算等相关领域的技术为背景,提出了基于分布对象技术的移动中间件MMDO(MobileMiddlewareBasedonDistributedObject),该体系结构包括:动态可定制的基础核心、通用移动Agent平台、异步消息服务、动态资源发现和移动用户安全注册。MMDO能够解决移动中间件研究存在的Java效率问题,同时拓展了移动服务,给移动应用提供更好的支撑环境。最后,给出仿真测试结果,证明了MMDO的有效性。

In peer-to-peer based grid environment,applying ontology to describe resource has become current research trend.However,different peer may use different ontology to describe resource metadata according to its domain knowl- edge.How to matching these resources is a desiderate research problem in this environment.In this paper,based on formal description of peer ontology and metadata model,a hybrid resource matching approach is proposed.It combines precision matching and fuzzy matching.At the same time,it combines...

In peer-to-peer based grid environment,applying ontology to describe resource has become current research trend.However,different peer may use different ontology to describe resource metadata according to its domain knowl- edge.How to matching these resources is a desiderate research problem in this environment.In this paper,based on formal description of peer ontology and metadata model,a hybrid resource matching approach is proposed.It combines precision matching and fuzzy matching.At the same time,it combines semantic matching and resource instance charac- teristics matching.This approach will improve flexibility and accuracy of resource matching in decentralized environ- ment.

在基于对等网的网格环境中,应用本体来描述资源元数据已经成为当今研究的趋势。不同结点可能采用不同的本体来描述各自管理的资源元数据。如何提高这种环境下动态资源发现的效率是急需研究的问题。本文在形式化描述结点本体结构和元数据模型结构的基础上,提出了一种精确匹配与模糊匹配相结合、本体语义相似性匹配和资源实例特征匹配相结合的综合资源匹配方法,来提高非集中环境下资源匹配的灵活性和精确性。

 
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