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首页> 外文期刊>Marine Technology Society journal >Designing the Data and Communications Infrastructure for the U.S. Integrated Ocean Observing System
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Designing the Data and Communications Infrastructure for the U.S. Integrated Ocean Observing System

机译:为美国综合海洋观测系统设计数据和通信基础架构

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摘要

Central to the vision of the U.S. Integrated Ocean Observing System (IOOS) is a data management infrastructure that joins Federal, regional, state, municipal, academic, and commercial partners in a seamless data-sharing framework. The Data Management and Communications (DMAC) Subsystem of IOOS must be capable of integrating the full spectrum of marine data types and products. The design of the DMAC Subsystem is made particularly challenging by three competing factors: 1) The data types to be integrated are heterogeneous and have complex structure; 2) The holdings are physically distributed, with some individual partners contributing petabytes; and 3) IOOS is a loose federation of many organisations, large and small, without a corporate management hierarchy. Designing the DMAC Subsystem goes beyond solving problems of software engineering; the most demanding aspects of the solution lie in community behavior. A plan for the subsystem is described.
机译:数据管理基础设施是美国综合海洋观测系统(IOOS)愿景的核心,在无缝数据共享框架中将联邦,区域,州,市,学术和商业合作伙伴加入其中。 IOOS的数据管理和通信(DMAC)子系统必须能够集成各种海洋数据类型和产品。 DMAC子系统的设计因三个竞争因素而特别具有挑战性:1)要集成的数据类型是异构的并且具有复杂的结构; 2)所持资产是实物分布的,一些个人合伙人贡献了PB; 3)IOOS是许多组织的松散联盟,大小不一,没有公司管理层次结构。设计DMAC子系统不仅仅解决软件工程问题;解决方案最苛刻的方面在于社区行为。描述了子系统的计划。

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