Persistent WCS and CSW services of GOES data for GEOSS

L. Di, Genong Yu, Yuanzheng Shao, Yuqi Bai, M. Deng, K. McDonald
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引用次数: 7

Abstract

The Global Earth Observation System of Systems (GEOSS) is a new international effort to provide an integrated system on top of the distributed, diverse legacy systems to create an open, public infrastructure for worldwide Earth observation research and applications. One key approach for enabling GEOSS is that legacy systems must support GEOSS-endorsed public standards. This paper presents a case study consisting of providing a persistent data customization service through the OGC Web Coverage Service (WCS) protocol and a data discovery service through the OGC Catalog Service-Web Profile (CSW) protocol for NOAA GOES data. These two services talk to the legacy NOAA data systems on the back end, and provide open standards-compliant interfaces on the front end. These two service prototypes make NOAA GOES data queryable and accessible in GEOSS to serve different societal benefit areas (SBA). The lessons learned may be useful to others in upgrading legacy data systems to support open standards.
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为GEOSS提供GOES数据的持续WCS和CSW服务
全球地球观测系统(GEOSS)是一项新的国际努力,旨在为全球地球观测研究和应用创建一个开放的公共基础设施,在分布式、多样化的遗留系统之上提供一个集成系统。启用GEOSS的一个关键方法是,遗留系统必须支持GEOSS认可的公共标准。本文提出了一个案例研究,包括通过OGC网络覆盖服务(WCS)协议提供持久的数据定制服务,以及通过OGC目录服务-网络配置文件(CSW)协议为NOAA GOES数据提供数据发现服务。这两个服务在后端与传统的NOAA数据系统通信,并在前端提供开放的标准兼容接口。这两种服务原型使NOAA GOES数据在GEOSS中可查询和访问,以服务于不同的社会效益领域(SBA)。在升级遗留数据系统以支持开放标准方面,从中吸取的经验教训可能对其他人有用。
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