Theses on a related topic (having the same keywords):

quantum information processing, pseudo-telepathy games, quantum winning strategies, quantum noise, matching game

Keywords ordered alphabetically | Keywords ordered by occurrence rate

1.
Fialík, Ivan
Faculty: Faculty of Informatics
Year: 2011, studies completed, degree conferred: Ph.D.
Programme/field: Informatics (4-years) / Informatics
Doctoral thesis defence: Pseudo-Telepathy Games | Theses on a related topic Display description

2.
Abaffy, Michal
Faculty: Faculty of Informatics
Year: 2011, studies completed, degree conferred: Bc.
Programme/field: Informatics / Mathematical Informatics
Bachelor's thesis defence: Multipartite entanglement | Theses on a related topic

3.
Adam, Martin
Faculty: Faculty of Informatics
Year: 2013, studies completed, degree conferred: Mgr.
Programme/field: Informatics / Information Technology Security
Master's thesis defence: Applications of Unitary k-designs in Quantum Information Processing | Theses on a related topic

4.
Boháč, Lukáš
Faculty: Faculty of Informatics
Year: 2008, studies completed, degree conferred: RNDr.
Programme/field: Informatics / Informatics
Advanced Master's thesis defence: Equivalence and Classification of Programmable Quantum Processors | Theses on a related topic

5.
Frian, Martin
Faculty: Faculty of Informatics
Year: 2018, studies completed, degree conferred: Bc.
Programme/field: Informatics / Mathematical Informatics
Bachelor's thesis defence: Simple models of quantum finite automata | Theses on a related topic

6.
Pivoluska, Matej
Faculty: Faculty of Informatics
Year: 2015, studies completed, degree conferred: Ph.D.
Programme/field: Informatics (4-years) / Informatics
Doctoral thesis defence: Imperfect Randomness in Quantum Information Processing | Theses on a related topic

7.
Pivoluska, Matej
Faculty: Faculty of Informatics
Year: 2012, studies completed, degree conferred: RNDr.
Programme/field: Informatics / Theoretical Informatics
Advanced Master's thesis defence: Quantum Information Processing with Weak Sources of Randomness | Theses on a related topic