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A self-updating road map of the Cancer Genome Atlas
David E. Robbins
, Alexander Grüneberg
,
Helena F. Deus
, Murat M. Tanik
, Jonas S. Almeida
Research output
:
Contribution to journal
›
Article
›
peer-review
25
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Scopus citations
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Computer Science
Metadata
100%
Resource Description Framework
100%
Data Discovery
50%
Big Data
50%
Data Mining
50%
Reproducibility
50%
Annotation
50%
Open Access
50%
Computer Science
50%
Information Retrieval
50%
Analytical Platform
50%
Query Language
50%
World Wide Web Consortium
50%
Top-Down Approach
50%
Internet Technology
50%
Data Modeling
50%
Web 3.0
50%
Keyphrases
Cancer Genome Atlas
100%
Self-updating
100%
SPARQL
33%
Resource Description Framework
33%
Data Discovery
16%
Data Retrieval
16%
JavaScript
16%
Reproducible Research
16%
Web-based
16%
Data-driven Modeling
16%
Cancer Types
16%
Analytical Platforms
16%
Query Language
16%
Mining Research
16%
Source Data
16%
Number of Data
16%
World Wide Web Consortium
16%
Third Generation
16%
Enhanced Data
16%
Web Technologies
16%
Computational Ecosystem
16%
Big Data Initiatives
16%
CaBIG
16%
Overlapping Sets
16%
Cancer Informatics
16%
Design Elements
16%
Provenance Annotation
16%
Special Design
16%
File-based
16%
File-level
16%
Web Standards
16%
Modelling Challenges
16%
Public Resources
16%
Web 3.0
16%
Data Use
16%
Partially Overlapping
16%
Knowledge Concepts
16%
Biomedical Big Data
16%