1) resource access and organization
资源访问与组织
2) Resource Orgniazation Model
资源访问与组织机构模型
3) resource access
资源访问
1.
The simulation modeling method by Task/Resource Graph is very advantageous to analyzing complicated discrete real-time systems due to its abundant time attributes, correspondingly, effect on schedulability by its tasks schedule algorithms and resource access control protocols will be very complicated.
任务/资源图仿真建模方法由于包含丰富的时间属性而非常有利于分析复杂离散实时系统,通过一个仿真实例来分析任务/资源图模型的任务调度和资源访问。
2.
At first, the Task/Resource Graph modeling method is briefly reviewed, and then task real-time schedule algorithms and resource access control protocols are addressed principally.
首先简单回顾了任务/资源图建模方法,然后重点探讨了任务实时调度算法和资源访问控制协议。
4) integrate and organize resources
整合与组织资源
5) resource organization
资源组织
1.
Based on the characteristics of the grid such as open framework,distributed and parallel services,cross-region resource sharing and collaboration,the open and layered resource organization model was proposed based on the Domain Grid(DG) and SubGrid(SG).
基于网格技术开放式架构、分布式并行服务,以及实现跨地域资源共享和协同工作的特点,提出了基于域网格和子网格的开放式层次化资源组织模型,研究了模型中测量资源的映射算法、映射描述及定位机制。
2.
By investigating the present situation of domestic subject information gateways,this paper analyses their characteristics based on their establishers,subject areas,resource organization,metadata description,software platform,added services and interoperability.
通过对国内学科信息门户发展现状的调查,从承建机构、学科覆盖范围、资源组织、元数据描述、软件平台、附加服务、互操作性等方面对其进行分析研究。
3.
This paper proposes a wide-area six-hierarchy resource organization model, which has been applied to the construction of self-adaptive learning system to dynamically adapt to the needs of a particular user in accordance with his aptitude.
介绍了一个资源组织模型 ,并给出了学习状态控制 。
6) resources organization
资源组织
1.
Internet discipline information resources organization is the present important work of the university library.
网络学科信息资源组织是目前高校图书馆重要工作内容。
补充资料：森林资源(见世界森林资源、中国森林资源)
森林资源(见世界森林资源、中国森林资源)
forest resources
sen Iin ziyuon森林资源(forest resources)见世界森林资源、中国森林资源。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条