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neurolib: a simulation framework for whole-brain neural mass modeling biorxiv.org/cgi/content/sh… #biorxiv_neursci

We are very happy to announce that our neurolib preprint is available! 🎉 Please RT and check out our code at github.com/neurolib-dev/n…

Just merged another PR contribution! Thanks to Valerii Chirkov for speeding up the Kuramoto order parameter calculation by a factor of 100x using Numba!

Recordings of the first round of the incf OCNS SoftwareWG #DevSessions for #neurolib Brian simulator GeNN Team NeuroFedora are up! You can see them here on the website: ocns.github.io/SoftwareWG/cat… CC: @caglorithm @MarcelStimberg Thomas Nowotny Jamie Knight

Working on a new stimulus class ⚡ that is going to be 🔥

Version 0.6 of neurolib with a pretty big upgrade will be released very soon! Here is a small sneak peak and two obscure-sounding words: Heterogeneous Modeling 🌈

🎉 We are celebrating a new release of neurolib v0.6! * 🌈 Heterogeneous modeling with MultiModel: combine Thalamus, Cortex, and Hippocampus into one 👀 * ⚡️ Zapping brains with the new Stimulus class: do not try this at home. * 🛠 Many small fixes 👇 github.com/neurolib-dev/n…

We like to see the list of forks growing 😎

neurolib is a simulation and optimization framework for whole-brain modeling. It allows you to implement your own neural mass models which can simulate fMRI BOLD activity. github.com/neurolib-dev/n… neurolib @caglorithm Nikola Jajcay Python Software Foundation #Python #neuroscience #OpenScience

Thank you for forking neurolib :)

Simulating brains is easy with #neurolib and #Python. Get started here: github.com/neurolib-dev/n…

If you have any questions on how to use neurolib, do not hesitate to ask them in our GitHub discussions forum: github.com/neurolib-dev/n…

There is going to be a neurolib tutorial as well! 🎉

Don't forget to register for a short 1.5 hrs neurolib tutorial at the CNS*2022 satellite workshops! Date: Monday, 27.06.2022 Time: 13:30 - 15:00 UTC (15:30 - 17:00 CET) You can find information about the tutorial here: gist.github.com/caglorithm/71c…

Join the virtual neurolib tutorial at the CNS*2022 satellite workshops tomorrow! Start: 13:30 UTC Registration is for free. More information: gist.github.com/caglorithm/71c…

We use neurolib's evolutionary optimization for parameter fitting, such that the models reproduce the foveation duration and saccade amplitude distribution of the human eye-tracking data on videos of the VidCom dataset, see colab.research.google.com/github/rederot… (8/11)