Please see my bio for the full rant. The key take-away is: > While we missed the boat on Internet tracking, there is still time to avoid sailing through the final frontier of neural tracking. > Thanks to the BCI, we will soon be offered the trade of our privacy for the convenience of password-free login and faster typing. Next, there will be a quick TSA neural scan prior to boarding...
This is the most pessimistic take on this tech here. You can view anything with the same lens.
From brain waves to words: a new path to communication without surgery
81–90 of 104 posts
Re: From brain waves to words: a new path to communication without surgery
#82Please see my bio for the full rant. The key take-away is: > While we missed the boat on Internet tracking, there is still time to avoid sailing through the final frontier of neural tracking. > Thanks to the BCI, we will soon be offered the trade of our privacy for the convenience of password-free login and faster typing. Next, there will be a quick TSA neural scan prior to boarding...
Re: From brain waves to words: a new path to communication without surgery
#83Re: From brain waves to words: a new path to communication without surgery
#84Re: From brain waves to words: a new path to communication without surgery
#85Re: From brain waves to words: a new path to communication without surgery
#86Please see my bio for the full rant. The key take-away is: > While we missed the boat on Internet tracking, there is still time to avoid sailing through the final frontier of neural tracking. > Thanks to the BCI, we will soon be offered the trade of our privacy for the convenience of password-free login and faster typing. Next, there will be a quick TSA neural scan prior to boarding...
This is the most pessimistic take on this tech here. You can view anything with the same lens.
Re: From brain waves to words: a new path to communication without surgery
#87As far as I understand the underlying model is not multimodal. Maybe a quite naive question but can't we improve the performance by a joint embedding of EEG and MEG data? If it scales with log-linear data, maybe it would also improve with other data as well.
Re: From brain waves to words: a new path to communication without surgery
#88So attended an interesting talk a couple years ago: - fMRI and/or brain implants are the best to figure out brain waves - but they are expensive or invasive - EEG is a lot cheaper and easier but not as precise - BUT what if you used LLMs to analyze EEG data taken at the same time as brain implants etc The answer seemed to be that "yes, you can get better than traditional EEG data using EEG + LLMs". Curious to see whe…
Re: From brain waves to words: a new path to communication without surgery
#89As far as I understand the underlying model is not multimodal. Maybe a quite naive question but can't we improve the performance by a joint embedding of EEG and MEG data? If it scales with log-linear data, maybe it would also improve with other data as well.
Re: From brain waves to words: a new path to communication without surgery
#90As far as I understand the underlying model is not multimodal. Maybe a quite naive question but can't we improve the performance by a joint embedding of EEG and MEG data? If it scales with log-linear data, maybe it would also improve with other data as well.