Sfoglia per Relatore
Mission Planning for Earth Observation: a Tree Tensor Network approach
2023/2024 DE MASI, MICHELE
n-Qubit Repetition Code sull'Hardware Quantistico di IBM
2022/2023 BARTOLUCCI, GIOVANNI
Quantum algorithms for the solution of partial differential equations with applications in the aerospace sector
2023/2024 GRILLI, ALESSANDRO
Quantum Optical Projective Simulation for Reinforcement Learning
2022/2023 FRANCESCHETTO, GIACOMO
Risoluzione del Closest Vector Problem utilizzando il Quantum Annealing sul computer D-Wave®
2023/2024 MONTAGNER, NICOLÒ
Tipologia | Anno | Titolo | Titolo inglese | Autore | File |
---|---|---|---|---|---|
Lauree magistrali | 2023 | Mission Planning for Earth Observation: a Tree Tensor Network approach | Mission Planning for Earth Observation: a Tree Tensor Network approach | DE MASI, MICHELE | |
Lauree triennali | 2022 | n-Qubit Repetition Code sull'Hardware Quantistico di IBM | n-Qubit Repetition Code on IBM Quantum Hardware | BARTOLUCCI, GIOVANNI | |
Lauree magistrali | 2023 | Quantum algorithms for the solution of partial differential equations with applications in the aerospace sector | Quantum algorithms for the solution of partial differential equations with applications in the aerospace sector | GRILLI, ALESSANDRO | |
Lauree magistrali | 2022 | Quantum Optical Projective Simulation for Reinforcement Learning | Quantum Optical Projective Simulation for Reinforcement Learning | FRANCESCHETTO, GIACOMO | |
Lauree triennali | 2023 | Risoluzione del Closest Vector Problem utilizzando il Quantum Annealing sul computer D-Wave® | Risoluzione del Closest Vector Problem utilizzando il Quantum Annealing sul computer D-Wave® | MONTAGNER, NICOLÒ |
Legenda icone
- file ad accesso aperto
- file ad accesso riservato
- file sotto embargo
- nessun file disponibile