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Phoenix: System for implementing private and hybrid cloud for OMIC sciences applications

机译:Phoenix:用于为OMIC科学应用程序实现私有云和混合云的系统

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Computational Quantitative Biology applications like Genomics, Transcriptomics, Proteomics, Metabolomics and Systems Biology at large require high computing resources that include both processing and storage. Cloud computing provides dynamically scalable on-demand infrastructure in a virtualised environment for processor intensive and data/storage intensive applications. Users need not own this infrastructure; rather use them as and when needed by paying for these resources in pay-as-you-use model that are generally available as a service over the internet. In this paper we present Phoenix - a middleware system for platform as a service (PaaS). This paper describes Phoenix as a novel system for implementing GenomicsCloud - A Cloud computing solution designed specifically to solve OMIC sciences problems. It comprises of a vast pool of compute, storage and application infrastructure for processing the data generated by next generation sequencers (NGS).
机译:诸如基因组学,转录组学,蛋白质组学,代谢组学和系统生物学之类的计算定量生物学应用程序总体上需要包括处理和存储在内的大量计算资源。云计算可在虚拟化环境中为处理器密集型和数据/存储密集型应用程序提供动态可扩展的按需基础架构。用户不需要拥有该基础架构;而是在按需使用时按需付费的方式为这些资源付费,以便在需要时使用它们,这些资源通常可以通过Internet作为服务使用。在本文中,我们介绍了Phoenix-平台即服务(PaaS)的中间件系统。本文将Phoenix描述为一种用于实现GenomicsCloud的新颖系统-GenomicsCloud是专门为解决OMIC科学问题而设计的云计算解决方案。它由庞大的计算,存储和应用程序基础结构池组成,用于处理下一代定序器(NGS)生成的数据。

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