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首页> 外文期刊>The Kasetsart Journal >Design and Implementation of a Framework for .NET-based Utility Computing Infrastructure
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Design and Implementation of a Framework for .NET-based Utility Computing Infrastructure

机译：基于.NET的效用计算基础结构框架的设计和实现

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摘要

Future organizations must handle a very large and complex IT infrastructure that consists of very diverge and highly heterogeneous computing systems. Moreover, the future generation applications must access services and resources regardless of the geographical location, access methods, and domain of authorization. In order to meet these challenging requirements, a very high degree of virtualization has to be implemented using a smart middleware. This is a very challenging problem for both theory and practice.rnThis paper presents a new framework called OpenUCI (Open Utility Computing Infrastructure). The OpenUCI project aims to explore the innovative design of scalable and flexible software infrastructure that manages large scale heterogeneous distributed system ranging from large Server, PC, and Mobile Devices. OpenUCI exploits a well established technology such as Grid, Web services and .NET technology to build a virtualized and unify access to resources. Basic services that need to be presented will be discussed. The prototype system has been implemented along with the prototype financial engineering application. The results are presented along with the discussion of the experiences learned. With OpenUCI, users can easily harness computing and storage of large distributed system.
机译：未来的组织必须处理非常庞大和复杂的IT基础结构，该基础结构由非常多样化和高度异构的计算系统组成。而且，下一代应用程序必须访问服务和资源，而与地理位置，访问方法和授权域无关。为了满足这些具有挑战性的要求，必须使用智能中间件来实现非常高度的虚拟化。对于理论和实践而言，这都是一个非常具有挑战性的问题。本文提出了一个称为OpenUCI（开放效用计算基础架构）的新框架。 OpenUCI项目旨在探索可扩展且灵活的软件基础结构的创新设计，该基础结构可管理从大型服务器，PC和移动设备到大型异构分布式系统。 OpenUCI利用成熟的技术，例如网格，Web服务和.NET技术来构建虚拟化的资源并统一访问。将讨论需要提供的基本服务。原型系统已与原型金融工程应用程序一起实施。结果与讨论的经验一起提供。借助OpenUCI，用户可以轻松利用大型分布式系统的计算和存储。

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