Center for Bioelectric Interfaces

Center for Bioelectric Interfaces, NRU HSE, Moscow, Russia. Developing computational methods in human brain research and neurorehabilitation. 🧠

[Center for Bioelectric Interfaces @bioelectric_lab]

A great place to present your work on AIs and deep ANNs applied to analysis of functional and structural brain data to the world leading experts w/o leaving Russia! See you in Samara!

[Alex Ossadtchi @ossadtchi]

#bci: Scence&Practice. Samara 2019 conference - abstracts call open until 31 July for #machinelearning and deep neural networks in healthcare and neurophysiology symp to be held on 4.10.19 and directed by Prof. A. Cihocki (Skoltech \ RIKEN AIP). https://t.co/4je2V514kR.

[Center for Bioelectric Interfaces @bioelectric_lab]

Truly interesting!

[AntonioFR @antferrui]

Great sumposium in Tubingen. Amazing lineup of speakers: Tonegawa, Buzsaki, Morris, Desimone ...

[Center for Bioelectric Interfaces @bioelectric_lab]

Wonder if reduced timing of the feedback (necessary for learning) has a role as well and allows for keeping the neural activity on its rails?

[Sara A Solla @SaraASolla]

Quite interesting recent paper by Wärnberg and Kumar: https://t.co/hEwv2YM9mf
Their simulations 'provide an explanation of why learning is easier when it does not require the neural activity to leave its intrinsic manifold.'

[Center for Bioelectric Interfaces @bioelectric_lab]

Hope to soon give this approach a spin with our newly developed by @dm_alt and @Kalenkovich neuroimaging software capable of solving the #EEG and #MEG inverse_problem with adaptive beamforming in real-time with update rate of 20 whole cortex-wide frames per second!

[Alex Ossadtchi @ossadtchi]

Despite the earlier great work showing a dramatic improvement in motor imagery #BCI decoding accuracy with EEG-based cortical activity maps, this https://t.co/NJJMjaXUgP is puzzling. IMHO, the continuous pursuit task requires a significantly more elaborated eye activity control!

[Center for Bioelectric Interfaces @bioelectric_lab]

Nikolai Smetanin, developer of #NFBLab (https://t.co/A4WEUPkqSn) attending Neuroadaptive Technologies 2019 to talk about differential effects of #neurofedback latency on the incidence rate, amplitude and duration of alpha bursts (Day1, 14:55). See you there!#BCI #DSP #learning

[Center for Bioelectric Interfaces @bioelectric_lab]

Check out this new paper by Aleksandra Kuznetsova, Julia Nurislamova and Alex Ossadtchi #MEG #inverseproblem #articles_bioelectric_lab

[Alex Ossadtchi @ossadtchi]

Modified covariance beamformer for solving MEG inverse problem in the environment with correlated sources https://t.co/F1COOSJR0E
- our new paper to improve MEG's spatial resolution. A bit technical but the code is going to be available in a day or two. Enjoy!

[Center for Bioelectric Interfaces @bioelectric_lab]

Those dealing with real-time neuroimaging should consider exploring this resource https://t.co/01lIMvMHHL and its nice collection of papers. There is also a conference #rtfin!

[Center for Bioelectric Interfaces @bioelectric_lab]

From time-to-time we record videos of our experiments and post them here:
https://t.co/lmgTC8Vxyz

#bioelectric_lab #neuroscience #YouTube

[Center for Bioelectric Interfaces @bioelectric_lab]

Center for Bioelectric Interfaces is now on twitter. Follow us here and check out current news on https://t.co/B9zk0LCqyR.
#bioelectric_lab #neuroscience #brain