WP7 - Advancing Neuromorphic Computing, Multi photon Imaging
| Participating partner | Total Pm per organization |
|---|---|
| FORTH | 13 |
| PAGNI | - |
| NEUROCOM | - |
| UZH | 7 |
| PROMETRONICS | 1 |
| UA | 4 |
| BRUKER | 3 |
| HARVARD | 1 |
| UCLA | - |
Tasks 7.1 - 7.5
- Define the model requirements & reconfiguration parameters (UZH, IBM, FORTH, Harvard) M30-M35
- Perform circuit simulations (UZH, FORTH) M32-M48
- Extend the IBM SNU to perform extensive simulations to explore the capabilities of the more advanced neuroscience-inspired neural models targeting vision applications. (IBM, FORTH) M24-M48
- Extend the ProMetronics AI engine to identify significant neural networks in real-time image analysis (ProMetronics, FORTH, Harvard) M30-M48.
- Develop advanced multiphoton imaging protocols (Bruker, UA, Harvard) M1-M48
Publications
D7.1 TR Design of advanced VLSI hardware with model requirements and reconfiguration parameters (UZH, PDE, PU, M48)
D7.2 Performance analysis of circuit simulations (UZH, PDE, PU, M48)
D7.3 Performance of simulations on IBM SNU platform integrating findings from WP1/WPs 4-5 (IBM, PDE, PU, M48)
D7.4 Technical report of the real-time prediction of stimulus based on the ProMetronics AI engine (ProMetronics, PDE, PU, M48)
D7.5 TR Design & development of multiphoton imaging algorithms (Bruker, Forth, ProMetronics, PDE, PU, M48)