Poster

Advancing Materials Science Semantic Metadata via HIVE

  • Yue Zhang
  • Jane Greenberg
  • Adrian Ogletree
  • Garritt Tucker
  • Drexel University, United States
Published
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Open access CC BY 4.0
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Abstract

Metadata challenges in the materials science community have surfaced due to national and international data sharing policies and the Material Genome Initiative. Among the more pressing challenges is the need to develop semantic ontologies, given their capacity to support information retrieval and discovery, interoperability, and linking of related resources. Researchers engaged in the Materials Science Metadata Infrastructure Initiative are addressing this need by working with Helping Interdisciplinary Vocabulary Engineering (HIVE) technology in the area of metals. This poster reports the process and the initial results of an ontology focused on the topic of metal developed in Simple Knowledge Organization System (SKOS), a World Wide Web Consortium (W3C), and integrated into the HIVE technology.

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Article details

Published
Section
Posters
DOI
10.23106/dcmi.952137227
License
CC BY 4.0 · open access

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Described in Dublin Core

This article's metadata, in the vocabulary these proceedings are about.

dcterms:title
Advancing Materials Science Semantic Metadata via HIVE
dcterms:creator
Zhang, Yue
Greenberg, Jane
Ogletree, Adrian
Tucker, Garritt
dcterms:date
2015-09-05
dcterms:identifier
doi:10.23106/dcmi.952137227
dcterms:subject
metadata
materials science
metal
SKOS
HIVE
automatic indexing
dcterms:publisher
Dublin Core Metadata Initiative
dcterms:type
Text
dcterms:language
en
dcterms:rights
CC BY 4.0