This year at INCF, we presented TVB and our TVB-NEST multi-scale co-simulation.
We will be proudly presenting a series of courses on TVB at BCCN this year December 3rd, including a specific tutorial on doing TVB-NEST m
On Friday September 20th 2019, at HAU (Hebbel am Ufer), The Virtual Brain will be featured as part of 19th International Literature Festival Berlin. Dr. Petra Ritter will be speaking with Mark O’Connell and Uziel Awret about the present and imagined futures implied by brain simulation technologies like [The Virtual Brain](h
We join a meeting of over 30 projects currently contributing to building EOSC through H2020, taking place in Brussels on 9-10 September 2019.
Representatives of the EOSC Executive and Governance Boards will also be present in the meeting, together with the staff of the European Commission (CNECT.C.1 - eInfrastructure and Science Cloud; RTD.G.4 - Open Science) and the [EOSC Secretariat proj
Two Upcoming Summer School Programs will Include Presentations by Dr. Petra Ritter
Two exciting summer school programs: The Barcelona Cognition Brain and Technology summer school, and the NeuroSchool: Summer School in Computational and Theoretical Models in Neuroscience will be feat
TVB educational videos (EduCases) are now listed in the INCF training space
Check out TVB in the INCF training directory. You can find the “TVB Made Easy” serieshere, and many resource related to The Virtual Brain [here](https://training.inc
TVB is now part of the HBP toolset!
If you have a HBP account, you can now simulate The Virtual Brain here right from HBP Collab Jupyter notebooks!
To get a quick start on simulating with TVB on the HBP platforms simply create a new Collab, visit the [TVB Simulator Collab]
Neural simulators typically fall into one of two categories:
On the one hand there are microscopic scale simulators like NEST, Neuron, and Brain, which simulate dynamics and interaction between individual neurons (or neuron compartments) and neuron networks.
On the other hand there are larger-scale simulators, like TVB, that use so-called neural mass or neural field models, whi