Albert You
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View article: Selective modulation of cortical population dynamics during neuroprosthetic skill learning
Selective modulation of cortical population dynamics during neuroprosthetic skill learning Open
Datasets analyzed in Zippi, You, et al., 2022 to study cortical population dynamics during neuroprosthetic skill learning in populations of neurons whose activity serves as direct input to a brain-machine interface decoder (direct subpopul…
View article: Temporal Word Embeddings Analysis for Disease Prevention
Temporal Word Embeddings Analysis for Disease Prevention Open
Human languages' semantics and structure constantly change over time through mediums such as culturally significant events. By viewing the semantic changes of words during notable events, contexts of existing and novel words can be predict…
View article: Selective modulation of population dynamics during neuroprosthetic skill learning
Selective modulation of population dynamics during neuroprosthetic skill learning Open
Learning to control a brain-machine interface (BMI) is associated with the emergence of coordinated neural dynamics in populations of neurons whose activity serves as direct input to the BMI decoder (direct subpopulation). While previous w…
View article: Neural Correlates of Learning of Brain-Machine Interfaces
Neural Correlates of Learning of Brain-Machine Interfaces Open
The brain has an incredible capacity to learn how to control various effectors, ranging from those endogenous the body to those that are artificially implanted. Moreover, changes to these effectors can be readily adapted by the brain, albe…
View article: Flexible Modulation of Neural Variance Facilitates Neuroprosthetic Skill Learning
Flexible Modulation of Neural Variance Facilitates Neuroprosthetic Skill Learning Open
SUMMARY One hallmark of natural motor control is the brain’s ability to adapt to perturbations ranging from temporary visual-motor rotations to paresis caused by stroke. These adaptations require modifications of learned neural patterns th…