【24h】

Glue the gap between applications and resources in e-science

机译:粘合电子科学中的应用与资源之间的差距

获取原文

摘要

Before the emergence of the concept e-science, applications and resources in research and scientific areas have existed as grid applications. In order to use the already existing applications and resources efficiently in e-science, an urgent problem to the "grid people" is how to integrate those heritage grid systems as the grid-based applications. There are many grid applications are well developed with the aid of grid technologies. However, they are almost fields dependent and have many gaps between these applications and grid resources. Neither the grid architecture nor the service oriented architecture is defined to solve the problem of the integration and sharing among various scientific field-specific resources, application, and even well developed grid applications. A grid orchestration gluer, an advanced service oriented architecture based on grid technology, is referred to stick the gap between applications and resources. This paper analyzes the advantages and subsistent problems of the grid technology currently, and demonstrates a way as the orchestration consisted of kernel, standard services, APIs and plug-ins to glue the gap of application and resource.
机译:在概念e-Science的出现之前,研究和科学领域的应用和资源存在于网格应用中。为了在电子科学中有效地使用已经存在的应用程序和资源,对“网格人”的紧急问题是如何将这些遗产网格系统集成为基于网格的应用程序。借助网格技术借助很多网格应用。但是,它们几乎依赖于字段,并且在这些应用程序和网格资源之间具有许多间隙。网格架构和面向服务的架构都没有被定义为解决各种科学现场资源,应用程序甚至均开发的网格应用中的集成和共享问题。网格编排胶合器是基于网格技术的先进服务面向架构,称为粘附应用程序和资源之间的差距。本文分析了目前网格技术的优势和生活问题,并演示了由内核,标准服务,API和插件组成的管弦郎,以粘合应用和资源的差距。

著录项

相似文献

  • 外文文献
  • 中文文献
  • 专利
获取原文

客服邮箱:kefu@zhangqiaokeyan.com

京公网安备:11010802029741号 ICP备案号:京ICP备15016152号-6 六维联合信息科技 (北京) 有限公司©版权所有
  • 客服微信

  • 服务号