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Liste der Ergebnisse

• Seminar Logic-Based Knowledge Representation  + (Pentecost)
• Recent Topics in Knowledge Graphs  + (Pentecost)
• Introduction to Existential Rules  + (Pentecost Monday (bank holiday))
• Models of Concurrent Systems  + (Pentecost Week)
• Models of Concurrent Systems  + (Pentecost Week)
• Concurrency Theory  + (Pentecost Week)
• Concurrency Theory  + (Pentecost Week)
• Performability assessment by model checking of Markov reward models  + (Performability assessment by model checking of Markov reward models)
• Performance Evaluation of Thermal-Constrained Scheduling Strategies in Multi-core Systems  + (Performance Evaluation of Thermal-Constrained Scheduling Strategies in Multi-core Systems)
• Performance evaluation and model checking join forces  + (Performance evaluation and model checking join forces)
• Concurrency Theory  + (Petri Net Languages)
• Concurrency Theory  + (Petri Net Processes)
• Models of Concurrent Systems  + (Petri Nets and CCS)
• Models of Concurrent Systems  + (Petri Nets: Algorithms)
• Models of Concurrent Systems  + (Petri Nets: Expressiveness)
• Models of Concurrent Systems  + (Petri Nets: Non-Interleaving Semantics (Part 1))
• Models of Concurrent Systems  + (Petri Nets: Non-Interleaving Semantics (Part 2))
• Concurrency Theory  + (Petri Nets: The Boundedness Problem)
• Theoretische Informatik und Logik  + (Pfingsten)
• Theoretische Informatik und Logik  + (Pfingsten)
• Theoretische Informatik und Logik  + (Pfingsten (vorlesungsfreie Woche))
• Theoretische Informatik und Logik  + (Pfingstferien)
• Theoretische Informatik und Logik  + (Pfingstferien)
• Theoretische Informatik und Logik  + (Pfingstmontag (gesetzlicher Feiertag))
• Piecewise Testable Languages and Nondeterministic Automata  + (Piecewise Testable Languages and Nondeterministic Automata)

• Pinpointing in Tableaus  + (Pinpointing in Tableaus)

• Pinpointing in Terminating Forest Tableaux  + (Pinpointing in Terminating Forest Tableaux)
• Pinpointing in the Description Logic EL  + (Pinpointing in the Description Logic EL)
• Pinpointing in the Description Logic EL  + (Pinpointing in the Description Logic EL)
• Planar Features for Visual SLAM  + (Planar Features for Visual SLAM)
• Planen im Fluentkalkül mit binären Entscheidungsdiagrammen  + (Planen im Fluentkalkül mit binären Entscheidungsdiagrammen)
• Planning Mathematical Proofs with Methods  + (Planning Mathematical Proofs with Methods)
• Academic Skills in Computer Science  + (Planning Your Research)
• Academic Skills in Computer Science  + (Planning Your Research)
• Planning in Action Formalisms based on DLs: First Results  + (Planning in Action Formalisms based on DLs: First Results)
• Plans as Formulae with a Non-commutative Logical Operator - Planning as Concurrency  + (Plans as Formulae with a Non-commutative Logical Operator - Planning as Concurrency)
• Algorithmic Game Theory  + (Playing Games: Alpha-Beta Tree Search)
• Algorithmic Game Theory  + (Playing Games: Alpha-Beta Tree Search)
• Algorithmic Game Theory  + (Playing Games: Alpha-Beta Tree Search)
• Algorithmic Game Theory  + (Playing Games: Monte Carlo Tree Search)
• Algorithmic Game Theory  + (Playing Games: Monte Carlo Tree Search)
• Algorithmic Game Theory  + (Playing Games: Monte Carlo Tree Search)
• Playing Stochastic Games Precisely  + (Playing Stochastic Games Precisely)
• Complexity Theory  + (Polynomial Hierarchy)
• Complexity Theory  + (Polynomial Hierarchy)
• Complexity Theory  + (Polynomial Hierarchy)
• Complexity Theory  + (Polynomial Hierarchy)
• Complexity Theory  + (Polynomial Hierarchy / Circuit Complexity)
• Complexity Theory  + (Polynomial Hierarchy / Circuit Complexity)
• Complexity Theory  + (Polynomial Hierarchy / Circuit Complexity)
• Polynomial Reduction from PESP to SAT  + (Polynomial Reduction from PESP to SAT)