| Monday, 13 January 2020 |
| Hackathon on CEREBELLUM MODELLING |
08:30‑09:00
| Welcome and Introduction | |
09:00‑10:00
| Main lecture - Cerebellum modelling: from single neurons to closed-loop controllers and virtual brains | Egidio D'Angelo (UNIPV) |
10:00‑10:30
| Coffee Break |
10:30
| Data driven modelling |
10:30‑10:45
| | Principles of cerebellar microcircuit modelling | Claudia Casellato (UNIPV, Pavia, Italy) |
10:50‑11:05
| | Detailed single neuron models of cerebellum | Stefano Masoli (UNIPV) |
11:10‑11:25
| | Detailed synapse models of the cerebellum | Thierry Nieus (UMIL, Milano, Italy) |
11:30
| Modelling languages |
11:30‑11:45
| | Single neuron modelling using NEURON | Oren Amsalem (HUJI) |
11:50‑12:05
| | NEST simulator: single point neuron and networks | Charl Linssen (JUELICH) |
12:10‑12:25
| | The new ARBOR language | Benjamin Cumming (ETHZ) |
12:30‑14:00
| Lunch Break |
14:00‑16:00
| Tutorial on construction of single neuron models | Stefano Masoli (UNIPV, Pavia, Italy)
Martina Rizza (UNIPV, Pavia, Italy)
Alessandra Ottaviani (UNIPV, Pavia, Italy) |
16:00‑16:30
| Coffee Break |
16:30‑18:30
| Tutorial on construction of microcircuit models: focus on connectivity strategies | Stefano Casali (UNIPV, Pavia, Italy)
Robin DeSchepper (UNIPV, Pavia, Italy)
Johannes HJorth (KTH, Stockholz, Sweden)
Armando Romani (EPFL, Geneva, Switzerland) |
18:30
| End of the meeting day |
20:00
| Dinner (Apericena) |
| Tuesday, 14 January 2020 |
09:00‑10:00
| Featured lecture - The Brain Simulation Platform and EBRAINS | Michele Migliore (CNR) |
10:00‑10:30
| Coffee Break |
10:30
| HPC and HW for Neuroscience |
10:30‑10:40
| | HPC on FENIX-ICEI | Cristiano Padrin (CINECA) |
10:45‑10:55
| | Cerebellar GPU models | Francesco Leporati (UNIPV, Pavia, Italy) |
11:00‑11:10
| | Human-scale cerebellum on K computer | Hiroshi Yamaura (Numerical Brain, Tokyo, Japan) |
11:15‑11:25
| | Neuromorphic hardware: PYNN to SpiNNaker | Petrut Antoniu Bogdan (UMAN) |
11:30
| Optimisation, validation, simplification |
11:30‑11:45
| | Optimisation with BluePyOpt | Werner Alfons Hilda Van Geit (EPFL) |
11:50‑12:05
| | Experimental model validation | Egidio D'Angelo (UNIPV) |
12:10‑12:25
| | Simplification to single point neurons | Alice Geminiani (POLIMI) |
12:30‑14:00
| Lunch Break |
14:00‑16:00
| Tutorial on cerebellar neuron optimisation and simulation | Stefano Masoli (UNIPV, Pavia, Italy)
Martina Rizza (UNIPV, Pavia, Italy)
Alessandra Ottaviani (UNIPV, Pavia, Italy)
Werner Van Geit (EPFL, Geneva, Switzerland) |
16:00‑16:30
| Coffee Break |
16:30‑18:30
| Tutorial on cerebellar microcircuit simulation | Stefano Casali (UNIPV, Pavia, Italy)
Robin DeSchepper (UNIPV, Pavia, Italy)
Alice Geminiani (UNIPV, Pavia, Italy)
Johannes HJorth (KTH, Stockholm, Sweden)
Armando Romani (EPFL, Geneva, Sw) |
18:30
| End of meeting day |
20:00
| Social Dinner (Apericena) |
| Wednesday, 15 January 2020 |
09:00‑10:00
| Featured lecture - Cerebellar networks in Robots | Egidio Falotico (SSSA) |
10:00‑10:30
| Coffee Break |
10:30
| Applications and system integration: |
10:30‑10:55
| | Modular control system: cerebellar connectivity and plasticity, in pyNEST | Alberto Antonietti (UNIPV) |
11:00‑11:25
| | Cerebellar networks in closed-loop controllers and real robots | Francisco Naveros (CITIC-UGR, Granada, Spain)
Alessandra Pedrocchi (POLIMI, Milano, Italy) |
11:30‑12:25
| | The virtual mouse brain embedding cerebellar nodes | Claudia Casellato (UNIPV, Pavia, Italy)
Fulvia Palesi (UNIPV, Pavia, Italy)
Spase Petkoski (TVB Lab, Marseille, France) |
12:30‑14:00
| Lunch Break |
14:00‑16:00
| Tutorial on cerebellar control system into NRP | Stefano Nardo (SSSA, Pisa, Italy)
Alberto Antonietti (UNIPV, Pavia, Italy)
Edoardo Negri (UNIPV, Pavia, Italy) |
16:00‑16:30
| Coffee Break |
16:30‑18:30
| Tutorial on TVB embedding cerebellum | Fulvia Palesi (UNIPV, Pavia, Italy)
Spase Petkoski (TVB Lab, Marseille, France) |
18:30‑19:00
| Concluding remarks: Perspectives for brain modelling | Sten Grillner (KI) |
19:00
| End of the meeting |
Contact: martina.schmalholz@kip.uni-heidelberg.de