#computationalmodelling — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #computationalmodelling, aggregated by home.social.
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If you're seeing your #NEST simulator builds fail recently, it's because of a new #Cython release:
https://github.com/nest/nest-simulator/issues/3495
Workaround: fix `cython<3.1.0` for the moment (until new NEST releases with the fix are made)
#ComputationalNeuroscience #ComputationalModelling #Neuroscience #AcademicChatter
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Generated a quick plot to see usage trends for Open Source Brain v2 (#OSBv2): an integrated #research platform for #neuroscience that indexes multiple model and data sources (#DANDI, #ModelDB, #Biomodels, #Github) and provides compute resources on the #cloud in "workspaces". It also includes specialist applications: #NWBExplorer for working with data in the NeuroData Without Borders (#NWB) format; #NetPyNE-UI for biophysically detailed #ComputationalModelling and a #JupyterLab environment.
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Generated a quick plot to see usage trends for Open Source Brain v2 (#OSBv2): an integrated #research platform for #neuroscience that indexes multiple model and data sources (#DANDI, #ModelDB, #Biomodels, #Github) and provides compute resources on the #cloud in "workspaces". It also includes specialist applications: #NWBExplorer for working with data in the NeuroData Without Borders (#NWB) format; #NetPyNE-UI for biophysically detailed #ComputationalModelling and a #JupyterLab environment.
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Generated a quick plot to see usage trends for Open Source Brain v2 (#OSBv2): an integrated #research platform for #neuroscience that indexes multiple model and data sources (#DANDI, #ModelDB, #Biomodels, #Github) and provides compute resources on the #cloud in "workspaces". It also includes specialist applications: #NWBExplorer for working with data in the NeuroData Without Borders (#NWB) format; #NetPyNE-UI for biophysically detailed #ComputationalModelling and a #JupyterLab environment.
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Generated a quick plot to see usage trends for Open Source Brain v2 (#OSBv2): an integrated #research platform for #neuroscience that indexes multiple model and data sources (#DANDI, #ModelDB, #Biomodels, #Github) and provides compute resources on the #cloud in "workspaces". It also includes specialist applications: #NWBExplorer for working with data in the NeuroData Without Borders (#NWB) format; #NetPyNE-UI for biophysically detailed #ComputationalModelling and a #JupyterLab environment.
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Generated a quick plot to see usage trends for Open Source Brain v2 (#OSBv2): an integrated #research platform for #neuroscience that indexes multiple model and data sources (#DANDI, #ModelDB, #Biomodels, #Github) and provides compute resources on the #cloud in "workspaces". It also includes specialist applications: #NWBExplorer for working with data in the NeuroData Without Borders (#NWB) format; #NetPyNE-UI for biophysically detailed #ComputationalModelling and a #JupyterLab environment.
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The #Izhikevichmodel is a powerful tool for simulating the #spiking and bursting behavior of #neurons with a remarkable balance between biological relevance and computational efficiency 💫 Here is a short introduction along with a #Python implementation to simulate various types of #cortical neurons, including regular spiking, fast spiking, and bursting neurons:
🌍 https://www.fabriziomusacchio.com/blog/2024-04-29-izhikevich_model/
Feel free to share and experiment with it ☺️
#CompNeuro #ComputationalModelling #ComputationalNeuroscience