Wiki source code of CNS 2023 - Workshop
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8.1 | 1 | [[image:CNS*2023_Workshop_banner_EBRAINS.png]] |
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9.1 | 2 | |
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17.1 | 3 | (% style="text-align: justify;" %) |
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18.1 | 4 | **ARE YOU WORKING ON BRAIN NETWORK MODELING AND SIMULATION IN THE HEALTHCARE DOMAIN?** |
| 5 | \\Technological advances in the field of personalized brain network modeling are being made at a breathtaking pace – and the healthcare sector is not spared from these developments. Multiscale simulations, simulation-based inference, cloud infrastructure for computing intense processing of digital brain twins, AI and robotics interfaces, and clinical validation of computational model-based decision making – are just a few examples of the latest developments. | ||
| 6 | While many potential solutions to address the clinical needs are already prototyped or tested in our labs, they also need testing in real-life environments and certification. | ||
| 7 | \\**HOW DO WE CROSS THE BRIDGE BETWEEN LAB PROTOTYPES AND PRACTICAL IMPLEMENTATION?** | ||
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21.1 | 8 | \\At the **"Multiscale personalized brain network modeling: Towards clinical applications"** **Workshop** from **9:00 to 18:00 CET**, discover TEF-Health - a world class reference AI and robotics Testing and Experimentation Facility for health, that integrates expertise and infrastructure necessary for the design and implementation of digital human brain twin testing methods in real world environments. |
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9.1 | 9 | |
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| 11 | **Program.** | ||
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14.1 | 12 | |
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23.1 | 13 | **09:00 - 09:30 Introduction to personalized brain twin technology, its |
| 14 | validation and certification for clinical application ** | ||
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9.1 | 15 | Petra Ritter |
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13.1 | 16 | **09:30 - 10:00 Introduction to The Virtual Brain simulation platform** |
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9.1 | 17 | Julie Courtiol |
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23.1 | 18 | **10:00 - 10:30 The Virtual Brain Ontology (TVB-O): Ontology for brain |
| 19 | network models | ||
| 20 | **Christoph Hüttl | ||
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13.1 | 21 | \\//10:30-10:50 Coffee Break// |
| 22 | \\**11:00-11:30 Integrating biological knowledge in brain network models: | ||
| 23 | The Virtual Brain Knowledge Base adapter (TVBase)** | ||
| 24 | Leon Martin | ||
| 25 | **11:30-12:00 Automated and containerized processing pipelines for creating | ||
| 26 | simulation ready structural and functional stroke brain data** | ||
| 27 | Patrik Bey | ||
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29.1 | 28 | **12:00-12:30 [[Hands-On: The Virtual Mouse Brain>>https://drive.ebrains.eu/d/ce9c14bb1bd24d199a76/]] |
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13.1 | 29 | **Jeehye An |
| 30 | \\//12:30-14:10 Lunch Break//** | ||
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21.1 | 31 | \\14:20-14:50 Modeling cerebral energy metabolism in The Virtual Brain** |
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22.1 | 32 | Taher Halgurd |
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23.1 | 33 | **14:50-15:20 Multiscale brain simulation: Coupling of various |
| 34 | neuronal simulators** | ||
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13.1 | 35 | Valery Bragin |
| 36 | \\//15:20-15:50//** **//Coffee Break// | ||
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9.1 | 37 | |
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23.1 | 38 | **16:00-16:30 Use Case: //In silico// optimization of DBS with multiscale |
| 39 | patient brain models and BIDS standard for computational | ||
| 40 | models** | ||
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13.1 | 41 | Jil Meier |
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28.1 | 42 | **16:30-17:00 [[Hands-On: Simulate brain stimulation with TVB>>https://drive.ebrains.eu/f/a4c84fa74ce445afb7ea/]]** |
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13.1 | 43 | Anaïs Halimi |
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23.1 | 44 | **17:00-17:30 Use Case: Brain network modeling for decision support in |
| 45 | dementia** | ||
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21.1 | 46 | Leon Stefanovski |
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13.1 | 47 | **17:30-18:00 Simulating cognitive brain function** |
| 48 | Petra Ritter | ||
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9.1 | 49 | |
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10.1 | 50 | |
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9.1 | 51 | **Training Materials.** |
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| 53 | The Training Materials can be found in Drive. |