MILANESI, MARCO
MILANESI, MARCO
Dipartimento di Ingegneria Meccanica e Industriale
A minimum Time-to-Target MPC approach for depth of hypnosis in total intravenous anesthesia
2024-01-01 Milanesi, Marco; Consolini, Luca; Credico, Giulia Di; Laurini, Mattia; Schiavo, Michele; Visioli, Antonio
A Reduced-Order Digital Twin FPGA-Based Implementation With Self-Awareness Capabilities for Power Electronics Applications
2024-01-01 Nwoke, Justus; Milanesi, Marco; Viola, Jairo; Chen, Yangquan; Visioli, Antonio
Analysis of the performance achievable with a PIDD2α controller for depth of hypnosis in total intravenous anesthesia
2024-01-01 Milanesi, Marco; Paolino, Nicola; Schiavo, Michele; Padula, Fabrizio; Visioli, Antonio
Generalized Haalman tuning of PIDA controllers
2024-01-01 Campregher, Francesco; Milanesi, Marco; Schiavo, Michele; Visioli, Antonio
Human-Imitating Control of Depth of Hypnosis Combining MPC and Event-Based PID Strategies
2024-01-01 Milanesi, Marco; Consolini, Luca; Credico, Giulia Di; Latronico, Nicola; Laurini, Mattia; Paltenghi, Massimiliano; Schiavo, Michele; Visioli, Antonio
On the implementation of gain scheduling in FOPID controllers
2024-01-01 Milanesi, Marco; Padula, Fabrizio; Visioli, Antonio
Performance comparison between PID, PIDD2 and PIDD2α
2024-01-01 Milanesi, Marco; Visioli, Antonio; Chen, Yangquan
PIDA control of depth of hypnosis in total intravenous anesthesia
2024-01-01 Milanesi, Marco; Paolino, Nicola; Schiavo, Michele; Padula, Fabrizio; Visioli, Antonio
| Titolo | Data di pubblicazione | Autore(i) | File |
|---|---|---|---|
| A minimum Time-to-Target MPC approach for depth of hypnosis in total intravenous anesthesia | 1-gen-2024 | Milanesi, Marco; Consolini, Luca; Credico, Giulia Di; Laurini, Mattia; Schiavo, Michele; Visioli, Antonio | |
| A Reduced-Order Digital Twin FPGA-Based Implementation With Self-Awareness Capabilities for Power Electronics Applications | 1-gen-2024 | Nwoke, Justus; Milanesi, Marco; Viola, Jairo; Chen, Yangquan; Visioli, Antonio | |
| Analysis of the performance achievable with a PIDD2α controller for depth of hypnosis in total intravenous anesthesia | 1-gen-2024 | Milanesi, Marco; Paolino, Nicola; Schiavo, Michele; Padula, Fabrizio; Visioli, Antonio | |
| Generalized Haalman tuning of PIDA controllers | 1-gen-2024 | Campregher, Francesco; Milanesi, Marco; Schiavo, Michele; Visioli, Antonio | |
| Human-Imitating Control of Depth of Hypnosis Combining MPC and Event-Based PID Strategies | 1-gen-2024 | Milanesi, Marco; Consolini, Luca; Credico, Giulia Di; Latronico, Nicola; Laurini, Mattia; Paltenghi, Massimiliano; Schiavo, Michele; Visioli, Antonio | |
| On the implementation of gain scheduling in FOPID controllers | 1-gen-2024 | Milanesi, Marco; Padula, Fabrizio; Visioli, Antonio | |
| Performance comparison between PID, PIDD2 and PIDD2α | 1-gen-2024 | Milanesi, Marco; Visioli, Antonio; Chen, Yangquan | |
| PIDA control of depth of hypnosis in total intravenous anesthesia | 1-gen-2024 | Milanesi, Marco; Paolino, Nicola; Schiavo, Michele; Padula, Fabrizio; Visioli, Antonio |