Integration of proprioceptive and visual feedback during online control of reaching.
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Full Title: J Neurophysiol
Abbreviation: J Neurophysiol
Country: Unknown
Publisher: Unknown
Language: N/A
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"data and model code for the simulation are available at https://www github com/kevincross/dynamicbayesianmodel .; s k and s h s conceived and designed research; s k performed experiments; s k and p b analyzed data; s k f c k p c p b and s h s interpreted results of experiments; s k f c k p c p b and s h s prepared figures; s k and s h s drafted manuscript; s k f c k p c p b and s h s edited and revised manuscript; s k f c k p c p b and s h s approved final version of manuscript at the request of the authors readers are herein alerted to the fact that model code and data are available at https://github com/kevincross/dynamicbayesianmodel ."
"data and model code for the simulation are available at https://www github com/kevincross/dynamicbayesianmodel .; s k and s h s conceived and designed research; s k performed experiments; s k and p b analyzed data; s k f c k p c p b and s h s interpreted results of experiments; s k f c k p c p b and s h s prepared figures; s k and s h s drafted manuscript; s k f c k p c p b and s h s edited and revised manuscript; s k f c k p c p b and s h s approved final version of manuscript at the request of the authors readers are herein alerted to the fact that model code and data are available at https://github com/kevincross/dynamicbayesianmodel . all trials types for experiments1 and 2 are summarized in a table (supplemental table s1; see https://github com/kevincross/dynamicbayesianmodel ).; inevitably this will start to shift the importance of visual feedback from that observed when simply reaching to a spatial goal that we predict will continue to follow a dynamic bayesian model https://github com/kevincross/dynamicbayesianmodel supplemental table s1: https://github com/kevincross/dynamicbayesianmodel 10 5281/zenodo 5725741 supplemental fig s1: https://doi org/10 5281/zenodo 5725741 ."
"DISCLOSURES S.H.S. is associated with Kinarm, which commercializes the robotic device used in present study. None of the other authors has any conflicts of interest, financial or otherwise, to disclose. "
"Gouvernement du Canada | Natural Sciences and Engineering Research Council of Canada (NSERC)10.13039/501100000038; MEXT | Japan Society for the Promotion of Science (JSPS)10.13039/501100001691"
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Last Updated: Aug 05, 2025