TU Wien:Masterstudium Logic and Computation
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| Links | Ehemalige LVAs, Studienplan |
|---|---|
| VoWi-Stats |
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LVAs nach Pflichtmodulen[edit]
Algorithmics
Diplomarbeit
Discrete Mathematics
Formal Methods in Computer Science
Knowledge-based Systems
Logic and Computability
LVAs nach Wahlmodulen[edit]
Algorithmics and Complexity
- Algorithmic Geometry VU (Nöllenburg)
- Komplexitätstheorie VU (Pichler)
- Mathematical Programming VU (Ruthmair)
- Parallele Algorithmen VU (Träff)
- Problems in Distributed Computing VU (Schmid)
Algorithms and Complexity
- Approximation Algorithms VU (Kellerer)
- Critical Algorithm Studies SE (Cech)
- Fixed-Parameter Algorithms and Complexity VU (Ganian)
- Graph Drawing Algorithms VU (Nöllenburg)
- Heuristic Optimization Techniques VU (Raidl)
- Modeling and Solving Constrained Optimization Problems VU (Di Gaspero)
- Networks: Design and Analysis VU (Sinnl)
- Optimization in Transport and Logistics VU (Hiermann, Ritzinger)
- Real-Time Scheduling VU (Schmid)
Fachübergreifende Qualifikationen
- Didaktik in der Informatik (Abenteuer Informatik) SE (Futschek)
- Didaktik in der Informatik SE (Weissenböck)
- Kommunikation und Moderation VU (Pohl)
- Kommunikation und Rhetorik 2 SE (Pichlmair, Riedler)
Formal Methods in Computer Science
Freie Wahlfächer und Transferable Skills
Knowledge Representation and Artificial Intelligence
- Abstract Argumentation VU (Egly)
- Datenbanktheorie VU (Pichler)
- Deductive Databases VO (Simkus)
- Description Logics and Ontologies VU (Ortiz de la Fuente)
- Information Design VU (Zuleger)
- Knowledge Management UE (Dorn)
- Knowledge Management VO (Dorn)
- Machine Learning VU (Mayer, Musliu)
- Media and Brain 1 VU (Eidenberger)
- Media and Brain 2 VU (Eidenberger)
- Mobile Robotik VU (Bader)
- Nichtmonotones Schließen VU (Tompits)
- Practical Applications of Answer Set Programming VU (Weinzierl)
- Problem Solving and Search in AI VU (Musliu)
- SAT Solving und Erweiterungen VU (Egly)
- Selbstorganisierende Systeme VU (Rauber)
- Semantic Web Technologies VU (Ortiz de la Fuente)
- Similarity Modeling 1 VU (Eidenberger)
- Similarity Modeling 2 VU (Eidenberger)
- Theorie der Wissensrepräsentation VU (Eiter)
- Theory of Knowledge Representation VU (Eiter)
- Verarbeitung deklarativen Wissens VO (Egly)
Logic, Mathematics, and Theoretical Computer Science
- Automated Deduction VU (Laura Kovács)
- Cryptocurrencies VU (Maffei)
- Formal Language Theory VU (Freund)
- Geschichte der Logik VO (Fink)
- Kryptographie VU (Egly)
- Lambda Calculus VO (Ciabattoni)
- Molecular Computing VU (Freund)
- Non-classical Logics VU (Fermüller)
- Refutation Systems VO (Tompits)
- Smart Contracts VU (Salzer, Di Angelo)
Programming Languages and Verification
- Advanced Model Engineering SE (Kappel)
- Advanced Model Engineering VU (Kappel)
- Advanced Multiprocessor Programming VU (Träff)
- Analyse und Verifikation VU (Knoop)
- Codegeneratoren VO (Krall)
- Computer Aided Verification UE (Weissenbacher)
- Computer Aided Verification VU (Weissenbacher)
- Dynamic Compilation Dynamische Übersetzer VU (Krall)
- Effiziente Programme VU (Ertl)
- Formal Methods for Security and Privacy VU (Maffei)
- Fortgeschrittene funktionale Programmierung VU (Knoop)
- High Performance Computing VU (Träff)
- Optimierende Übersetzer VU (Knoop)
- Programmanalyse VU (Zuleger)
- Programmiersprachen VL (Puntigam)
- Requirements Engineering and Specification VU (Grünbacher)
- Semantik von Programmiersprachen VU (Zuleger)
- Seminar Formale Methoden SE (diverse)
- Seminar aus Programmiersprachen SE (Neumerkel)
- Stackbasierte Sprachen VU (Ertl)
- Übersetzer für Parallele Systeme VU (Moritsch)
