中间件支持对集成计算协作实验室的全局访问

Vijay Mann, M. Parashar
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引用次数: 15

摘要

因特网的发展和计算“网格”的出现使得开发和部署先进的计算协作实验室成为可能。这些系统建立在网格底层的高端计算资源和通信技术之上,并提供对特定资源、服务或应用程序的无缝和协作访问。整合这些“集中”的合作提出了重大的挑战。其中的关键是设计和开发健壮的中间件支持,以解决可伸缩性、服务发现、安全性和访问控制以及一致访问的交互和协作管理。作者首先研究了这种中间件的体系结构,这种中间件支持对协作实验室的全局(基于web的)访问。然后,他们提出了中间件基础的设计和实现,该基础支持对DISCOVER计算协作实验室的地理分布实例的点对点集成和全局(协作)访问,以进行交互和指导。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Middleware support for global access to integrated computational collaboratories
The growth of the Internet and the advent of the computational "Grid" have made it possible to develop and deploy advanced computational collaboratories. These systems build on high-end computational resources and communication technologies underlying the Grid, and provide seamless and collaborative access to particular resources, services or applications. Integrating these "focused" collaboratories presents significant challenges. Key among these is the design and development of robust middleware support that addresses scalability, service discovery, security and access control, and interaction and collaboration management for consistent access. The authors first investigate the architecture of such a middleware that enables global (Web-based) access to collaboratories. They then present the design and implementation of a middleware substrate that enables a peer-to-peer integration of and global (collaborative) access to geographically distributed instances of the DISCOVER computational collaboratory for interaction and steering.
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