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GeoPortals for Providing Interoperability Infrastructure

机译:用于提供互操作性基础设施的地质波形

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Accessing to the spatial data is one of the most prominent demands of the information age, which causes constituting information systems by institutes and organizations in local, regional and national scales. Together with the technological developments, raised process capacity with spatial data, considerable increase of spatial data quantity and developments of multi-disciplinary projects reveals the interoperability concept. Developments of national spatial data infrastructures provided implementation of spatial data standards largely and at the same time GeoPortal systems have become a functional and effective way for sharing and accessing spatial data instantly. GeoPortal system as defined a visible interface of national spatial data infrastructures provides effective solutions to the interoperability thanks to the innovations about sharing, serving and presenting spatial data. In this study, a GeoPortal design is constituted to provide Interoperability infrastructure for organizations and institutes, which produce/use spatial data. This GeoPortal is also an implementation of interoperability INSPIRE and ISO for spatial data. Technical structure of GeoPortal is an implementation of OGC and W3C technologies and standards.
机译:访问空间数据是信息时代最突出的需求之一,这导致当地,区域和国家规模的机构和组织构成信息系统。与技术发展相同,募集了流动数据的流程能力,相当大增加的空间数据数量和多学科项目的发展揭示了互操作性概念。国家空间数据基础设施的发展在很大程度上提供了空间数据标准的实施,同时地理位置系统已成为即时共享和访问空间数据的功能和有效的方法。 GeoPortal System如定义的国家空间数据基础设施的可见接口为互操作性提供了有效的互操作性,因为有关共享,服务和呈现空间数据的创新。在这项研究中,构成了地理位地设计,为组织和机构提供互操作性基础设施,其产生/使用空间数据。该地理位置也是用于空间数据的互操作性激发和ISO的实施。地质学结构是OGC和W3C技术和标准的实施。

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