L# | Date | Lecturer | Contents | Resources |
1 | 5.10. | PK | Introduction, Ontologies, Semantic Web, Linked Data | 01 - Introduction (🖶) |
2 | 12.10. | PK | RDF, SPARQL Basics | 02 - RDF(S) (🖶)
02 - SPARQL (🖶) |
3 | 19.10. | PK | Linked Data - principles, technologies, distribution | 03 - Linked Data (🖶) |
4 | 26.10. | BK | Schemas and Vocabularies + RDFS,SKOS in detail, OWL basics | 04 - Schemas and Vocabularies |
5 | 2.11. | MB | Ontological Engineering, Design and Modeling of Ontologies | 05 - Ontology Engineering (🖶) |
6 | 9.11. | MB | Top-level Ontologies | 06 - Upper Ontologies (🖶) |
7 | 16.11. | MB | Unified Foundational Ontology and Ontology Testing | 07 - UFO (🖶) |
8 | 23.11. | PK | OWL + Description Logics Basics | 08 - Description Logics (🖶) |
9 | 30.11. | PK | OWL + Description Logics Reasoning - satisfiability checking, rule reasoning | 09 - Description Logic Reasoning (🖶) |
10 | 7.12. | MB | Ontology Design Patterns | 10 - Design Patterns (🖶) pattern examples |
11 | 14.12. | JA | Semantic Data Persistence - triple/quad stores, application access to ontologies | 11 - Semantic Data Persistence |
12 | 21.12. | LS | Practical Semantic Web Scenarios (NLP, transformations, conceptualization, data analytics) | 12 - Learning Ontologies |
13 | 4.1. | MB | Modern Trends in Semantic Web (SHACL, Semantic Data Pipelines) | 13 - Modern Trends (🖶) |
14 | 11.1. | Boris Perušič (Datlowe, s.r.o.) | Using ontologies for information extraction | |