Discovering and Maintaining Links on the Web of Data

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Discovering and Maintaining Links on the Web of Data
Discovering and Maintaining Links on the Web of Data
Bibliographical Metadata
Subject: Link Discovery
Keywords: Linked data, web of data, link discovery, link maintenance, record linkage, duplicate detection
Year: 2009
Authors: Julius Volz, Christian Bizer, Martin Gaedke, Georgi Kobilarov
Venue ISWC
Content Metadata
Problem: No data available now.
Approach: No data available now.
Implementation: No data available now.
Evaluation: No data available now.

Abstract

The Web of Data is built upon two simple ideas: Employ the RDF data model to publish structured data on the Web and to create explicit data links between entities within different data sources. This paper presents the Silk { Linking Framework, a toolkit for discovering and maintaining data links between Web data sources. Silk consists of three components: 1. A link discovery engine, which computes links between data sources based on a declarative specification of the conditions that entities must fulfil in order to be interlinked; 2. A tool for evaluating the generated data links in order to fine-tune the linking specification; 3. A protocol for maintaining data links between continuously changing data sources. The protocol allows data sources to exchange both linksets as well as detailed change information and enables continuous link recomputation. The interplay of all the components is demonstrated within a life science use case.

Conclusion

We presented the Silk framework, a flexible tool for discovering links between entities within diffierentWeb data sources. The Silk-LSL link specification language was introduced and its applicability was demonstrated within a life science use case. We then proposed the WOD-LMP protocol for synchronizing and maintaining links between continuously changing Linked Data sources. Future work on Silk will focus on the following areas: We will implement further similarity metrics to support a broader range of linking use cases. To assist users in writing Silk-LSL specifications, machine learning techniques could be employed to adjust weightings or optimize the structure of the matching specification. Finally, we will evaluate the suitability of Silk for detecting dupli- cate entities within local datasets instead of using it to discover links between disparate RDF data sources. The value of the Web of Data rises and falls with the amount and the quality of links between data sources. We hope that Silk and other similar tools will help to strengthen the linkage between data sources and therefore contribute to the overall utility of the network. The complete Silk { LSL language specification, WoD Link Maintenance Protocol specification and further Silk usage examples are found on the Silk project website at http://www4.wiwiss.fu-berlin.de/bizer/silk/.

Future work

No data available now.

Approach

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Implementations

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Evaluation

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Access APINo data available now. +
Event in seriesISWC +
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Has ChallengesNo data available now. +
Has DataCatalouge{{{Catalogue}}} +
Has DescriptionNo data available now. +
Has Dimensions{{{Dimensions}}} +
Has DocumentationURLhttp://No data available now. +
Has Downloadpagehttp://No data available now. +
Has EvaluationNo data available now. +
Has EvaluationMethodNo data available now. +
Has ExperimentSetupNo data available now. +
Has GUINo +
Has HypothesisNo data available now. +
Has ImplementationNo data available now. +
Has InfoRepresentationNo data available now. +
Has LimitationsNo data available now. +
Has NegativeAspectsNo data available now. +
Has PositiveAspectsNo data available now. +
Has RequirementsNo data available now. +
Has ResultsNo data available now. +
Has SubproblemNo data available now. +
Has VersionNo data available now. +
Has abstractThe Web of Data is built upon two simple i
The Web of Data is built upon two simple ideas: Employ the RDF data model to publish structured data on the Web and to create explicit data links between entities within different data sources. This paper presents the Silk { Linking Framework, a toolkit for discovering and maintaining data links between Web data sources. Silk consists of three components: 1. A link discovery engine, which computes links between data sources based on a declarative specification of the conditions that entities must fulfil in order to be interlinked; 2. A tool for evaluating the generated data links in order to fine-tune the linking specification; 3. A protocol for maintaining data links between continuously changing data sources. The protocol allows data sources to exchange both linksets as well as detailed change information and enables continuous link recomputation. The interplay of all the components is demonstrated within a life science use case.
monstrated within a life science use case. +
Has approachNo data available now. +
Has authorsJulius Volz +, Christian Bizer +, Martin Gaedke + and Georgi Kobilarov +
Has conclusionWe presented the Silk framework, a flexibl
We presented the Silk framework, a flexible tool for discovering links between entities within diffierentWeb data sources. The Silk-LSL link specification language was introduced and its applicability was demonstrated within a life science use case. We then proposed the WOD-LMP protocol for synchronizing and maintaining links between continuously changing Linked Data sources. Future work on Silk will focus on the following areas: We will implement

further similarity metrics to support a broader range of linking use cases. To assist users in writing Silk-LSL specifications, machine learning techniques could be employed to adjust weightings or optimize the structure of the matching specification. Finally, we will evaluate the suitability of Silk for detecting dupli-

cate entities within local datasets instead of using it to discover links between disparate RDF data sources. The value of the Web of Data rises and falls with the amount and the quality of links between data sources. We hope that Silk and other similar tools will help to strengthen the linkage between data sources and therefore contribute to the overall utility of the network. The complete Silk { LSL language specification, WoD Link Maintenance Protocol specification and further Silk usage examples are found on the Silk project website at http://www4.wiwiss.fu-berlin.de/bizer/silk/.
tp://www4.wiwiss.fu-berlin.de/bizer/silk/. +
Has future workNo data available now. +
Has keywordsLinked data, web of data, link discovery, link maintenance, record linkage, duplicate detection +
Has motivationNo data available now. +
Has platformNo data available now. +
Has problemNo data available now. +
Has relatedProblemNo data available now. +
Has subjectLink Discovery +
Has vendorNo data available now. +
Has year2009 +
ImplementedIn ProgLangNo data available now. +
Proposes AlgorithmNo data available now. +
RunsOn OSNo data available now. +
TitleDiscovering and Maintaining Links on the Web of Data +
Uses FrameworkNo data available now. +
Uses MethodologyNo data available now. +
Uses ToolboxNo data available now. +