CAJ | 학술논문

全球综合对地观测系统旨在建立全球性的数据共享框架，为各国组织共享和使用对地观测资源提供技术解决方案。该系统的通用基础设施包括标准和互操作注册中心、组件和服务注册中心、分布式查询服务中心、资源门户4个部分。文章介绍各个组件的作用和相互间的关系，分析向全球综合对地观测系统提供共享资源的类型和技术流程，提出该系统对国内科学数据共享实践的启示。
전구종합대지관측계통지재건립전구성적수거공향광가，위각국조직공향화사용대지관측자원제공기술해결방안。해계통적통용기출설시포괄표준화호조작주책중심、조건화복무주책중심、분포식사순복무중심、자원문호4개부분。문장개소각개조건적작용화상호간적관계，분석향전구종합대지관측계통제공공향자원적류형화기술류정，제출해계통대국내과학수거공향실천적계시。
The Global Earth Observation System of Systems (GEOSS) is a new generation of Earth observation resources sharing framework initialized by the Group on Earth Observation (GEO) in 2005. hTe GEOSS Common Infrastructure (GCI) has been established to enable the registration of, discovery of, and access to the sharable Earth observation resources. hTe GCI consists of the following components:the Standards and Interoperability Registry, the Component and Service Registry, the Clearinghouse, and the GEO Portal. hTe Standards and Interoperability Registry maintains the list of GEOSS-endorsed standards and interoperability protocols. hTe Component and Service Registry is the master directory of all the GEOSS-wide sharable Earth observation resources. The Clearinghouse fuliflls the distributed search to make metadata information about the Earth observation resources available through Application Programming Interface. hTe GEO Portal presents a Graphical User Interface for users to discover the Earth observation resources of interest. hTis paper introduces each of these GCI components, and their relationships. It presents several scenarios for resource providers to follow when contributing Earth observation resources to the GEOSS. It also concludes the lessons learned from the design and implementation of this system.