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Metadata Adapters for Spatial Information Data Grid

Zhenchun Huang, Guoqing Li

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Abstract

In spatial information data grid, the difference among metadata makes it difficult to re-organize data and share them. In this paper, a way named metadata adapter is proposed, to interpreter original metadata with different syntax and semantic rules to required metadata so that they can be organized as a distributed, heterogeneous, inherent features based, and one-stop served virtual remote sensing data catalogue. Based on the metadata adapter, SIG can build up a powerful and flexible data grid for spatial information applications. The experience of ldquoremote sensing data distribution system for WenChuan earthquake rescuingrdquo amazingly quick founding shows that metadata adapter is a powerful and economical way to solve the problem of metadata difference in spatial information data grid.

About this research paper

What this paper is about

In spatial information data grid, the difference among metadata makes it difficult to re-organize data and share them. In this paper, a way named metadata adapter is proposed, to interpreter original metadata with different syntax and semantic rules to required metadata so that they can be organized as a distributed, heterogeneous, inherent features based, and one-stop served virtual remote sensing data catalogue. Based on the metadata adapter, SIG can build up a powerful and flexible data grid for spatial information applications. The experience of ldquoremote sensing data distribution system for WenChuan earthquake rescuingrdquo amazingly quick founding shows that metadata adapter is a powerful and economical way to solve the problem of metadata difference in spatial information data grid.

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Available abstract

In spatial information data grid, the difference among metadata makes it difficult to re-organize data and share them. In this paper, a way named metadata adapter is proposed, to interpreter original metadata with different syntax and semantic rules to required metadata so that they can be organized as a distributed, heterogeneous, inherent features based, and one-stop served virtual remote sensing data catalogue. Based on the metadata adapter, SIG can build up a powerful and flexible data grid for spatial information applications. The experience of ldquoremote sensing data distribution system for WenChuan earthquake rescuingrdquo amazingly quick founding shows that metadata adapter is a powerful and economical way to solve the problem of metadata difference in spatial information data grid.

Key concepts: Metadata, Computer science, Data element, Metadata repository, Semantic grid, Meta Data Services, Adapter (computing), Data grid

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