SWAT4HCLS 2019 Semantic Web Applications and Tools for Health Care and Life Sciences
- Event
- 12th International Conference on Semantic Web Applications and Tools for Health Care and Life Sciences
- Location
- Edinburgh, Scotland
- Date
- to
Table of Contents
- Preface
- Enhancing the Maintainability of the Bio2RDF Project Using Declarative Mappings
- Pages
- 1–10
- Suggesting Reasonable Phenotypes to Clinicians
- Pages
- 11–19
- A FHIR-to-RDF Converter
- Pages
- 20–25
- A Framework for Representing Clinical Research in FHIR
- Pages
- 26–35
- Reconciling Author Names in Taxonomic and Publication Databases
- Pages
- 36–43
- On Bringing Bioimaging Data into the Open (World)
- Pages
- 44–53
- Making Clinical Trials available at the Point of Care - connecting Clinical Trials
to Electronic Health Records using SNOMED CT and HL7 InfoButton Standards
- Pages
- 54–63
- A Blueprint for Semantically Lifting Field Trial Data: Enabling Exploration using
Knowledge Graphs
- Pages
- 64–73
- Documentation Gap in Ontology Creation: Insights into the Reality of Knowledge Formalization
in a Life Science Company
- Pages
- 74–83
- Partitioning of BioPortal Ontologies: An Empirical Study
- Pages
- 84–93
- Annotation of Existing Databases using Semantic Web Technologies: Making Data more
FAIR
- Pages
- 94–101
- FAIRness of openEHR Archetypes and Templates
- Pages
- 102–111
- A Working Semantic Model for the Integration of Occupation, Function and Health
- Pages
- 112–121
- FAIR Quantitative Imaging in Oncology: how Semantic Web and Ontologies will support
Reproducible Science
- Pages
- 122–126
- Realizing FAIR Data in an Enterprise Environment
- Pages
- 127–130
- Semi-Automated Data-Driven Methods to Support Ontology Development: A Case Study on
a Rehabilitation Therapy Ontology
- Pages
- 131–132
- Mapping Subjects and Domains across the Humanities and Natural Sciences in FAIRsharing
- Pages
- 133–134
- Babylon Health's Medical Knowledge Graph: Why, What, and How
- Pages
- 135–136
- Implementing FAIR Principles in InterMine
- Pages
- 137–138
- MOLGENIS Catalogue - towards a Unified Application for Data and Sample Catalogues
- Pages
- 139–140
- Transformation and Integration of Heterogeneous Health Data in a Privacy-preserving
Distributed Learning Infrastructure
- Pages
- 141–142
- Publishing Linked and FAIR-compliant Radiomics Data in Radiation Oncology via Ontologies
and Semantic Web Techniques
- Pages
- 143–144
- Ontology Mapping for the Laboratory Analytics Domain
- Pages
- 145–146
- Semantic Integration of Intrinsically Disordered Proteins and Existing DBs
- Pages
- 147–148
- OME Core Ontology: An OWL-based Life Science Imaging Data Model
- Pages
- 149–150
- UmakaData Extension: Toward Realization of a Practical SPARQL Endpoint Discovery Service
for Life Sciences
- Pages
- 151–152
- The 4DN-OME Ontology: an OME-OWL Extension with Emphasis on Usability, Minimum Information
Guidelines and Quality Control for Super-resolution Fluorescence Microscopy
- Pages
- 153–154
- A Modular Approach to Knowledge Graphs and FAIR Data in Healthcare
- Pages
- 155–156
- Finding RDF Data you need by Umaka Suite
- Pages
- 157–158
- Species Association Knowledge Graph Construction - A Demo Paper
- Pages
- 159–160
- Med2RDF: Semantic Biomedical Knowledge-base and APIs for the Clinical Genome Medicine
- Pages
- 161–162
- MetaStanza: Generic WebComponents Widgets for Visualizing SPARQL Results on the Web
- Pages
- 163–164
- Integrated Growth Media Database by Standardizing Ingredient Information
- Pages
- 165–166
- SemanticGenomeGraphs
- Pages
- 167–168
- Network Building with Cytoscape App Queries to the BioGateway 3.0 Triple Store
- Pages
- 169–170
We offer a BibTeX file for citing papers of this workshop from LaTeX.