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The implementation of international geospatial standards for earthand space sciences

机译:实施地球和空间科学的国际地理空间标准

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The Earth and Space Sciences Informatics division of European GeosciencesUnion (EGU) and the Open Geospatial Consortium jointly organised a specialevent entitled: 'Implementation of international geospatial standards for earthand space sciences event' – at the EGU General Assembly meeting held in Vienna,April 2009. The event objectives included: (a) to discuss the integration ofinformation systems from different geosciences disciplines; (b) to promote anddiscuss the present process to scale from specific and monolithic systems towardsindependent and modular enabling infrastructures – forming an earth systemscience (ESS) infrastructure; and (c) to show some of the latest advances inimplementing open standards. This manuscript introduces the event motivationsand describes the abstract and holistic framework, which can be used to situatethe topics and the developments presented by the event speakers. This manuscriptintroduces important, and relatively new technologies to build a multi-disciplin-ary geosciences information system: the System of Systems approach and theModel Driven Approach. To achieve that, three important information infra-structure categories are recognised: (a) ESS information infrastructure; (b)geospatial information infrastructure; at41 (c) distributed information infrastruc-ture. Digital Earth should support the discussed framework to accelerateinformation transfer from theoretical discussions to applications, in all fieldsrelated to global climate change, natural disaster prevention and response, newenergy-source development, agricultural and food security, and urban planningand management.
机译:欧洲地球科学联合会(EGU)的地球和空间科学信息学部门与开放地理空间联盟在2009年4月于维也纳举行的EGU大会上共同组织了一个特别活动:“实施地球和空间科学国际地理空间标准事件”。活动的目标包括:(a)讨论来自不同地球科学学科的信息系统的集成; (b)促进和讨论目前的过程,以从特定的整体系统向独立的模块化扶持基础架构扩展,从而形成地球系统科学(ESS)基础架构; (c)展示实现开放标准的最新进展。该手稿介绍了活动动机,并描述了抽象的整体框架,可用于确定活动发言人提出的主题和发展。该手稿介绍了重要的且相对较新的技术,以构建多学科的地球科学信息系统:系统方法和模型驱动方法。为了实现这一点,我们认识到三个重要的信息基础架构类别:(a)ESS信息基础架构; (b)地球空间信息基础设施; at41(c)分布式信息基础架构。数字地球应支持所讨论的框架,以加快信息从理论讨论到应用程序的转移,涉及与全球气候变化,自然灾害预防和应对,新能源开发,农业和粮食安全以及城市规划和管理有关的所有领域。

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