首页> 外文会议>International Conference on Algorithms and Architectures for Parallel Processing(ICA3PP2007); 20070611-14; Hangzhou(CN) >Design and Implementation of Computational Bioinformatics Grid Services on GT4 Platforms
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Design and Implementation of Computational Bioinformatics Grid Services on GT4 Platforms

机译:GT4平台上的计算生物信息学网格服务的设计与实现

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Availability of computer resources is key factor limiting use of bioinformatics analyses as a result of the growing computational demands. Grid computing provides a way to meet these requirements. But it is complicated to build a grid for users. This paper describes an approach to solve this problem using Grid Service technologies. Building the grid based on accepted standards and platforms makes the development and deployment of the grid much easier. A bioinformatics grid computing environment (BioGrid) which consists of the distributed computing application for bioinformatics is presented in this paper. Based on this environment, we propose the architecture of bioinformatics applications which is delivered using Grid Services constructed with the Globus Toolkit 4. We developed a simple program which is defined as the client-server application with grid services. It provides users an approach of grid services to impose grid resources and customize their own grid applications.
机译:由于不断增长的计算需求,计算机资源的可用性是限制使用生物信息学分析的关键因素。网格计算提供了一种满足这些要求的方法。但是为用户构建网格很复杂。本文介绍了一种使用网格服务技术解决此问题的方法。基于公认的标准和平台构建网格使网格的开发和部署更加容易。本文提出了一个由生物信息学的分布式计算应用程序组成的生物信息学网格计算环境(BioGrid)。基于此环境,我们提出了生物信息学应用程序的体系结构,该体系结构是使用Globus Toolkit 4构建的网格服务交付的。我们开发了一个简单的程序,该程序被定义为具有网格服务的客户端/服务器应用程序。它为用户提供了一种网格服务的方法,以施加网格资源并自定义其自己的网格应用程序。

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