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反映用户需求和偏好的全自动基因组分析。MAGPIE系统架构的详细介绍。

Fully automated genome analysis that reflects user needs and preferences. A detailed introduction to the MAGPIE system architecture.

作者信息

Gaasterland T, Sensen C W

机构信息

Mathematics and Computer Science Division, Argonne National Laboratory, Illinois 60439, USA.

出版信息

Biochimie. 1996;78(5):302-10. doi: 10.1016/0300-9084(96)84761-4.

Abstract

A system called MAGPIE (Multipurpose Automated Genome Project Investigation Environment) has been designed and implemented to meet the challenges of automated whole genome analysis. The system initiates large numbers of remote and local transactions, each depending on evolving criteria and on changing remote and local conditions. Transactions are requested from different types of remote and local resources. The remote request load is fairly balanced with other community demands on server resources. Local decision modules monitor and obey user preferences and combine evidence from multiple sources to formulate credible hypotheses about sequence function. Consistency checks from multiple types of data are integrated into the ongoing local analysis. The system performs reliably on local UNIX workstations and communicates with remote resources through standard networking protocols.

摘要

一个名为MAGPIE(多用途自动化基因组项目研究环境)的系统已被设计并实现,以应对全基因组自动化分析的挑战。该系统发起大量远程和本地事务,每个事务都取决于不断变化的标准以及不断变化的远程和本地条件。事务是从不同类型的远程和本地资源请求的。远程请求负载与服务器资源的其他社区需求相当平衡。本地决策模块监控并遵循用户偏好,并结合来自多个来源的证据,以形成关于序列功能的可信假设。来自多种类型数据的一致性检查被集成到正在进行的本地分析中。该系统在本地UNIX工作站上可靠运行,并通过标准网络协议与远程资源进行通信。

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