Call for Papers

This workshop invites papers for life sciences and biomedical data processing, as well as the amalgamation with Linked Data and Semantic Web technologies for better data analytics, knowledge discovery and user-targeted applications. This research contribution should provide useful information for the Knowledge Acquisition research community as well as the working Data Scientist.

This workshop seeks original contributions describing theoretical and practical methods and techniques that present the anatomy of large scale linked data infrastructure, which covers: the distributed infrastructure to consume, store and query large volumes of heterogeneous linked data; using indexes and graph aggregation to better understand large linked data graphs, query federation to mix internal and external data-sources, and linked data visualization tools for health care and life sciences. It will further cover topics around data integration, data profiling, data curation, querying, knowledge discovery, ontology mapping / matching / reconciliation and data / ontology visualization, applications / tools / technologies / techniques for life sciences and biomedical domain. SeWeBMeDA aims to provide researchers in biomedical and life science, an insight and awareness about large scale data technologies for linked data, which are becoming increasingly important for knowledge discovery in the life sciences domain.

Topics of interest include, but are not limited to Semantic Web and Linked Data technologies in the following areas:

• Techniques for analyzing semantic data in the life sciences, medicine and health care

• The description, integration, analysis and use of data in pursuit of challenges in the life sciences, medicine and health

• Tools and applications for biomedical and life sciences

• Large scale biomedical data curation and integration

• Processing biomedical data at scale

• Knowledge representation and knowledge discovery for biomedical data

• Data and metadata publishing, profiling and new datasets in biomedical and life sciences

• Question answering and dialogues over biomedical and life science Linked Data, Ontologies and Knowledge Graphs–Querying and federating data over heterogeneous datasources

• FAIR (Findable, Accessible, Interoperable and Reusable) publishing, usage and analysis of biomedical/ life science data

• Scalable integration and reproducible analysis of FAIR (Findable, Accessible, Interoperable and Reusable) data

• Virtual and Augmented Reality in Biomedical/ Life Science education and applications

• Cleaning, quality assurance, and provenance of Semantic Web data, services, and processes in Biomedical/ Life Science

• Querying and federating data over heterogeneous datasources

• Biomedical ontology creation, mapping/ matching/ translation and reconciliation

• Biomedical Ontology and data visualization

• Building and maintaining biomedical knowledge graphs

• Machine learning with biomedical knowledge graphs

• Knowledge Graphs and Relational Learning for Life Sciences

• Intelligent Visualizations of Linked Life Science Data

• Biomedical data quality assessment and improvement

• From Semantics to Explanations in biomedicine and life science

• Text analysis, text mining and reasoning using semantic technologies

• New technologies and exploitation of existing ones in Linked Data and Semantic Web

• Social, ethical and moral issues publishing and consuming biomedical and life sciences data.