Excited to present my latest research on the amount of calibration data needed to control a non-invasive BCI using c-VEPs at the 9th @GrazBCI Conference!
🏆 Honored to receive the 2023 Best Scientific Paper Award for Young Researchers from
@somos_SEIB!
My winning paper, published in ESWA, proposes non-binary m-sequences using gray shades to enhance comfort & performance in c-VEP BCIs (https://t.co/cuzZhB6yPX)
Had the privilege of chairing NIS04A: Brain-Computer Interfaces at #ICNR2024🧠 and presenting my latest research on a novel method for asynchrony detection & early stopping in c-VEP BCIs 📊. Great experience reconnecting with colleagues—excited for the next one! #BCI#Neurorehab
🎄🎁 Our special way of wishing you a Merry Christmas!
✍️🧠 One of our members uses our c-VEP-based speller developed with MEDUSA to write our best wishes.
🚀 Stay tuned for the MEDUSA 2024 alpha release in january on our website: https://t.co/Dx8VpOLjfA
#BCI#Neuroscience
Today, I had the honor of winning the 🏆 2022 Best Scientific Paper Award for young researchers, organized by the Spanish Society of Biomedical Engineering #SEIB#CASEIB2023
Check the paper here: https://t.co/EUX26MU7K7
To delve deeper into the science and technology behind c-VEPs, we highly recommend the comprehensive review paper by our collage
@CagigalVictor : "Brain–computer interfaces based on code-modulated visual evoked potentials (c-VEP): a literature review" https://t.co/bbVu3U9Onf
If you want to try this promising paradigm, you can download the speller that we have developed for MEDUSA Platform 💻🧠🤖and that is in our App Market for free download 👇👇
https://t.co/iTAB5NAbNg
Have you ever tried a speller based on code-modulated visual evoked potentials (c-VEP)?
This technology makes possible the development of more efficient and reliable BCI spellers, with the possibility of achieving command selection below two seconds with high accuracies 🧠🔠
Delighted to announce that @CagigalVictor shared his expertise on providing early stopping detection in c-VEP-based BCIs at @IEEEembs 2023 congress in Sydney 🦾🧠 #BCI@medusabci
On behalf of Selene Moreno-Calderón, @CagigalVictor also represented our BCI team at @IEEEembs 2023 with their incredible multiplayer BCI-based videogame controlled using c-VEPs! #BCI@medusabci 🧠
Excited to share my latest research on early stopping for non-binary c-VEP brain-computer interfaces at #IWANN2023 🧠 Grateful for the opportunity to present and discuss advancements in this field!
Unlock your brain's potential with MEDUSA! 🧠
The innovative, scientifically-backed #Python software ecosystem for #BCI and #neuroscience experiments is now available 🚀
Free and #opensource 💡 #neurotech
Learn more and join the community:
https://t.co/HNVvCp5cFN