RT @KlausGramann
We @NoelleJacobsen with @Ferris_vball at #UniFlorida with the #BeMoBIL team with @KlausGramann at @TUBerlin develop a new automated classifier for independent components from #ICA for #mobileEEG recordings.

Working on #EEGLAB plug-in for more objective classification of ICs.

RT @markus_ploner
We have put together an open, fully automated pipeline for #EEG preprocessing and analysis. It integrates @BIDSstandard, #EEGLAB and @fieldtriptoolbox elements to facilitate #biomarker discovery in clinical neurosciences. @joachim_gross @AcademicEEG

https://www.biorxiv.org/content/10.1101/2023.01.20.524897v1

RT @markus_ploner
We have put together an open, fully automated pipeline for #EEG preprocessing and analysis. It integrates @BIDSstandard, #EEGLAB and @fieldtriptoolbox elements to facilitate #biomarker discovery in clinical neurosciences. @joachim_gross @AcademicEEG

https://www.biorxiv.org/content/10.1101/2023.01.20.524897v1

RT @markus_ploner@twitter.com

We have put together an open, fully automated pipeline for #EEG preprocessing and analysis. It integrates @BIDSstandard@twitter.com, #EEGLAB and @fieldtriptoolbox@twitter.com elements to facilitate #biomarker discovery in clinical neurosciences. @Joachim_Gross@twitter.com @AcademicEEG@twitter.com

https://www.biorxiv.org/content/10.1101/2023.01.20.524897v1

🐦🔗: https://twitter.com/markus_ploner/status/1617450871662727169

As an assistant professor, I focus mostly on signal and image processing in neuroscience applications. My platforms of choice are #FSL #SPM #EEGLAB #PsychoPy #MATLAB #R and #Python Programming. I also have worked in #ComputationalNeuroscience, particularly in simulating neural networks with Hodgkin-Huxley equations. That was some years ago, but mathematical modeling never gets old!

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