RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
The paper in "Nature" that is one that the above article is based upon, & links to: “High-performance brain-to-text communication via handwriting” [via "Nature Briefing Translational Research"] 2/3 https://t.co/0hizGiCots
We invite you to explore our work on Github. We're eager to see the advancements and improvements you come up with! Huge thanks to all of the groups at Stanford, BrainGate, and beyond whose shoulders we stand on! https://t.co/rltrpMKugp
RT @patty_roch: @heldermaldonado @001Oya85223 Esse aqui https://t.co/zKBKBsTg80
RT @Ushiyama_Lab: Nature(2021)より、高度の脊髄損傷で頸部以下麻痺の患者が脳内で文字を書くことをイメージするときの神経発火を微小電極アレイで観測し、解析、分類後、ディープラーニングの言語モデルに入れることにより、90文字毎分で96.5%の正確率のある…
わーお
RT @Ushiyama_Lab: Nature(2021)より、高度の脊髄損傷で頸部以下麻痺の患者が脳内で文字を書くことをイメージするときの神経発火を微小電極アレイで観測し、解析、分類後、ディープラーニングの言語モデルに入れることにより、90文字毎分で96.5%の正確率のある…
Nature(2021)より、高度の脊髄損傷で頸部以下麻痺の患者が脳内で文字を書くことをイメージするときの神経発火を微小電極アレイで観測し、解析、分類後、ディープラーニングの言語モデルに入れることにより、90文字毎分で96.5%の正確率のあるBCIが出来上がりました。 担当I.L. https://t.co/FK1fLFKof3
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
RT @AliGhamdi2: أن يطّلع الآخرون على أفكارك التي لا ترغب في إظهارها أمر مرعب ، وقد أصبح ذلك حقيقة حيث تمكن فريق بحثي من ترجمة مايدور في عقل…
2/n Paper 1: https://t.co/TqmBBg9hTm Paper 1 code: https://t.co/EPVeq6iTdl Paper 2: https://t.co/luxZ2KCggL Paper 2 code: https://t.co/yPFNJPCW9P
@_nateraw @WillettNeuro Hey, check out the 2021 paper that has available data and code https://t.co/9YWrdp4lf3 I'm going to implement it from scratch
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
@Hanifkureishi Here is the paper (apologies for the duplicate). https://t.co/m0OmSqqPM3
@Hanifkureishi Here is the paper. https://t.co/m0OmSqqPM3
Paper read today #252: High-performance brain-to-text communication via handwriting https://t.co/dylV8LtcDO An intracortical BCI that decodes attempted handwriting movements from motor cortex and translates it to text, achieved typing speeds of 90 charac
Corona doel is #neurotechnologie, mensen via 5G te kunnen "besturen", er is probleem de wet verbied dit nog! #Coronabedrog #Neuroendocrine #PfizerLiedPeopleDied https://t.co/P3nr9r67vy https://t.co/FAgnXL4064
@FairDinkumCap @robinhanson Would you rule out https://t.co/zInSYREpPa + cloud document + text-to-speech + surgically implanted headphones as telepathy? Or are you saying the issue is societal rather than technical?
RT @leafs_s: Nature (2021) High-performance brain-to-text communication via handwriting (via @NicoleCRust ) https://t.co/zAFzqWr00I
RT @dynamicdip: If you want to find out why temporally complex movements, such as handwriting, may be fundamentally easier to decode than p…
RT @leafs_s: Nature (2021) High-performance brain-to-text communication via handwriting (via @NicoleCRust ) https://t.co/zAFzqWr00I
RT @leafs_s: Nature (2021) High-performance brain-to-text communication via handwriting (via @NicoleCRust ) https://t.co/zAFzqWr00I
RT @dynamicdip: If you want to find out why temporally complex movements, such as handwriting, may be fundamentally easier to decode than p…
RT @dynamicdip: If you want to find out why temporally complex movements, such as handwriting, may be fundamentally easier to decode than p…
RT @dynamicdip: If you want to find out why temporally complex movements, such as handwriting, may be fundamentally easier to decode than p…
If you want to find out why temporally complex movements, such as handwriting, may be fundamentally easier to decode than point-to-point movements. Just an amazing piece of work based on intracortical BCI that decodes attempted handwriting movements from n
Nature (2021) High-performance brain-to-text communication via handwriting (via @NicoleCRust ) https://t.co/zAFzqWr00I
This is indeed impressive!
This is not new - and I think I tweeted about it when it came out - but, holy shit, I had not appreciated how impressive it really is until this morning... 90 characters per minute for a brain-computer interface. Wow! https://t.co/R49bP6j5Xg
⭐ @b_cratos focus on Machine Learning: High-performance brain-to-text communication via handwriting⭐ Brain-computer interfaces (BCIs) can help people who have lost the ability to move or speak. (Re)watch our webinar on #ML 👉 https://t.co/WQ0DnUzAwv http
@levi4338 @neuralink Why not? Folks in academia already have that working! https://t.co/Jf1kh2dWzk
RT @cllantz: I'm leaving this here just in case, come the 30th people say we've never done this. https://t.co/8u8SfuTajl
I'm leaving this here just in case, come the 30th people say we've never done this. https://t.co/8u8SfuTajl
designing communication styles like this, or the “imagined handwriting” style in https://t.co/hCjDa30c85, feels like prompt engineering: instead of just thinking or saying what you want, expressing the same desire indirectly in a way that the model can bet
RT @Shedletsky: Mainstream media totally missing the titanic acceleration happening in AI and human augmentation as the tech reaches human-…
Mainstream media totally missing the titanic acceleration happening in AI and human augmentation as the tech reaches human-parity performance and will quickly blow by that. https://t.co/5rjCxIWxBY
RT @AEStudioLA: Stay tuned for more details and code! In the meantime, here’s the original publication and accompanying code from @WillettN…
Stay tuned for more details and code! In the meantime, here’s the original publication and accompanying code from @WillettNeuro @neuroleigh @shenoystanford @stanford. Huge thanks for sharing your knowledge with the world. 👏🏼 https://t.co/YaQUezXJSt https:
Çalışma Detayları: Willett FR, et al. High-performance brain-to-text communication via handwriting. Nature, 2021; 593 (7858): 249 https://t.co/aTWMjJQQqB
RT @leafs_s: Nature High-performance brain-to-text communication via handwriting https://t.co/zAFzqWr00I
project idea: instead of asking speech BCI users to imagine speaking, ask them to imagine sign language gestures. could be easier to decode hand kinematics, depending on electrode placement and separability of neural representations. @SeanMetzger5 @KayloLi
Is it possible to write using your brain power? The article by Willett et al has an astonishing example of that: https://t.co/QYbVmfyKZG.
@HenryYin19 One recent example I like a lot. The user just tries to write letters and they appear on the screen, quickly. Feedback is delayed (so it's not biofeedback, and barely even closed-loop). It's just a really good motor cortical activity decoder. h
@markdhumphries @liamjdrew @Nature https://t.co/yQsjZA0mPf And probably MINT from Mark Churchland's lab.
RT @realscientists: In this really exciting study, one paralyzed patient with an implanted brain computer interface was able to imagine han…
RT @realscientists: In this really exciting study, one paralyzed patient with an implanted brain computer interface was able to imagine han…
In this really exciting study, one paralyzed patient with an implanted brain computer interface was able to imagine handwriting and have it appear on a computer screen as fast as someone can text. https://t.co/JD7V0R7BaF
Take the example of moving things with your mind. Scientists have already built brain-computer interfaces that can allow paralyzed people to "write" with their minds at a rate of 90 chars/min. https://t.co/O15brSsxw0
RT @4strat: #ScifiVsReality A newly developed brain implant allows patients to translate handwriting thoughts into actual writing. The hit…
#ScifiVsReality A newly developed brain implant allows patients to translate handwriting thoughts into actual writing. The hit rate is 90% - a real innovation. #Scifi #NeuraPlant #BrainImplant https://t.co/lrqFVx0wqD
RT @JhuTnt: TNT Paper Highlight Thursday This week’s paper is on the work published by Jaimie M. Henderson and Krishna V. Shenoy’s group a…
TNT Paper Highlight Thursday This week’s paper is on the work published by Jaimie M. Henderson and Krishna V. Shenoy’s group at Stanford. High Performance Brain-to-Text Communication via Handwriting, Willette et al., Nature (2021) https://t.co/oljh704XL9
High-performance brain-to-text communication via handwriting | Nature https://t.co/1zDRLkWv7N
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
High-performance brain-to-text communication via handwriting | Nature https://t.co/qmIf6BoOLc
RT @IanCLim: Decoding imagined handwriting Until now, BCIs have been far from the information rate of typing or speaking By decoding imag…
RT @WillettNeuro: Our new study is out today in Nature! We demonstrate a brain-computer interface that can turn thoughts about handwriting…
RT @IanCLim: Decoding imagined handwriting Until now, BCIs have been far from the information rate of typing or speaking By decoding imag…
RT @IanCLim: Decoding imagined handwriting Until now, BCIs have been far from the information rate of typing or speaking By decoding imag…
RT @IanCLim: Decoding imagined handwriting Until now, BCIs have been far from the information rate of typing or speaking By decoding imag…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @IanCLim: Decoding imagined handwriting Until now, BCIs have been far from the information rate of typing or speaking By decoding imag…
😍😍😍
Decoding imagined handwriting Until now, BCIs have been far from the information rate of typing or speaking By decoding imagined handwriting, researchers have achieved 90 chars/min This is faster than the rate of *actual* handwriting (40 chars/min)! ht
RT @sciencebeta: Brain-computer interface creates text on screen by decoding brain signals associated with handwriting https://t.co/Qj2JKp…
去年の5月、Natureに載ったこの論文。産総研でBCIの研究をしてるときに出会い、すげえ感動した。 https://t.co/F4uvH4KKpq この研究室があるのもスタンフォードに来た大きな理由の一つ。学部一年なんて全く相手にされないだろうけど、ダメもとでDr. Shenoyに熱いメールを送ってみます。 🙏
#AI in 2021 had many wins. My favourite win, though not commercially ready yet, is when #AI helped a man with paralysed hand write/type faster and more accurately than other Brain-Computer Interfaces. See the study from Nature. What is yours? #EverydayAI h
Малим, років 30 тому, читав один sci-fi твір про спроби навчитися розуміти мову дельфінів (назви не пригадаю на жаль), після прочитання я точно знав, що BCIs можливі і точно будуть реалізовані, хоча там про них і не йшлося. Але концепт цей твір зміг в мені
RT @azubinski: ещё и ето, конечно обязательно даже а то, ccerf, недолго летающие свинособаки с личиками младенцев-идиотов утомляют https:…
RT @azubinski: ещё и ето, конечно обязательно даже а то, ccerf, недолго летающие свинособаки с личиками младенцев-идиотов утомляют https:…
ещё и ето, конечно обязательно даже а то, ccerf, недолго летающие свинособаки с личиками младенцев-идиотов утомляют https://t.co/sSU7b0Q5h3
頭の中で手書きをイメージするだけで、正確な文字を入力することに成功。Nature. https://t.co/wDSCthUhsO https://t.co/cBIqttiMPF
RT @irlandamaya: Novedoso Implante cerebral logra traducir en texto con 94%exactitud,pensamientos de hombre parapléjico de 65años,Esta tecn…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
Imagine what this would do, years from now, for writers whose careers could have been truncated by disability.
High-performance brain-to-text communication via handwriting from Shenoy lab https://t.co/SDSdLLFRmP https://t.co/yC2slZHWCv
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…
RT @SteveStuWill: Amazing: Scientists create a brain-computer interface that allows a paralyzed man to type by imagining writing with a pen…