#BrainDecode - Twitter Hashtag

almost 2 years ago

@BAristimunha from @UnivParisSaclay introduced #braindecode to decode raw electrophysiological brain data with deep learning models 👉 https://t.co/9vCF1AbVN2 [3/6]

MConstanceCorsi's tweet photo. @BAristimunha from @UnivParisSaclay introduced #braindecode to decode raw electrophysiological brain data with deep learning models
👉 https://t.co/9vCF1AbVN2 [3/6] https://t.co/e8nv3qRlwy

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Arthur Desbois @ADesboisDev

almost 2 years ago

@MConstanceCorsi Now it's time for @BAristimunha! Presenting #BrainDecode, bridging the gap between #DeepLearning and #BCI 🧠⚡ https://t.co/D7qI7bUVn8

ADesboisDev's tweet photo. @MConstanceCorsi Now it's time for @BAristimunha! Presenting #BrainDecode, bridging the gap between #DeepLearning and #BCI 🧠⚡

https://t.co/D7qI7bUVn8 https://t.co/Lf4BB7RSgR

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Cogsci.nl @cogscinl

over 3 years ago

We manipulated pupil size, attention, and target intensity in a spatial cuing task. All of these factors, as well as spontaneous pupil fluctuations, could be decoded from (and thus affected) EEG responses around target presentation (props to the #braindecode toolbox) 2/4

cogscinl's tweet photo. We manipulated pupil size, attention, and target intensity in a spatial cuing task. All of these factors, as well as spontaneous pupil fluctuations, could be decoded from (and thus affected) EEG responses around target presentation (props to the #braindecode toolbox) 2/4 https://t.co/llHHImyRUr

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NeuroTechLDN @NeuroTechLDN

about 6 years ago

Its day 2 of #NTXBCI101's Practical Applications of #BCIs week! Join us tonight from 6pm BST to hear from our #AllStar line-up - including @OpenVibeBCI and #BrainDecode - on how to get started with your #BCI experiment ...and the #NeuroBar is back! https://t.co/XPPTNNhZqC

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Lara Saranek @Lara_saranek

over 7 years ago

Science is common sense, you just need to feel the sense! #BrainDecode

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Martin @BrainToMachine

about 8 years ago

Our new preprint on #arXiv: Intracranial Error Detection via Deep Learning (and the usefulness of machine learning techniques for spatio-temporal brain mapping) featuring the #braindecode toolbox https://t.co/UHdLq0i67m

BrainToMachine's tweet photo. Our new preprint on #arXiv: Intracranial Error Detection via Deep Learning (and the usefulness of machine learning techniques for spatio-temporal brain mapping) featuring the #braindecode toolbox https://t.co/UHdLq0i67m https://t.co/37vAakFBVW

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