computational & experimental neuroscience/CS lab at UC Berkeley. fMRI + language + machine learning. Looking for students and postdocs! PI: @alex_ander
Our ✨Large-scale fMRI dataset on naturalistic language✨is now out in Nature Scientific Data!
MANY hours (5 to 16 per indiv) on MANY ppl (8 indiv)!
We also included code to fit encoding models exactly like all @HuthLab papers!
Pls read @alex_ander's awesome thread on...
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Our language decoding paper (@AmandaLeBel3@shaileeejain@alex_ander) is out! We found that it is possible to use functional MRI scans to predict the words that a user was hearing or imagining when the scans were collected https://t.co/hpYSGAHNQi
Why are language models so great at encoding brain responses to natural language?
In our new paper (https://t.co/V8Gil16otn), we explore two new correlates of encoding performance and their implications on cognitive theories of language processing. (1/12)
very excited to share our paper on reconstructing language from non-invasive brain recordings! we introduce a decoder that takes in fMRI recordings and generates continuous language descriptions of perceived speech, imagined speech, and possibly much more https://t.co/HJ34WYG8ab
New Dataset Alert!
I'm very happy to official announce a naturalistic language fMRI dataset now available! This dataset includes 8 participants listening to 5 hours each of the moth radio hour. https://t.co/7xBusEeUE4
Excited to attend my first #SNL2020 today and learn from *real* neuroscientists! Come hear me talk about some new research on **Discovering patterns of semantic integration across the🧠** :)
Slide session B (11:30-13:00 hrs PT): https://t.co/GoiBZgf3o7
Cool poster from @shaileeejain and @alex_ander using LSTM models to include contextual information in language encoding models! Finally some actual neuroscience @ #NeurIPS2018
ayy it's the first preprint from my lab! 🎉 @shaileeejain uses LSTM language models to generate features that incorporate context & are better at predicting brain activity than word embeddings https://t.co/uPdocsxRcZ