#controlofmovement search results

New in the @JNeurophysiol #ControlofMovement collection ➡️ Multisensory cues for walking in #VirtualReality: Humans combine conflicting visual and self-motion information to reproduce distances (Karl Kopiske et al.) ow.ly/omeL50PLJR1 @TUChemnitz #DistancePerception

APSPublications's tweet image. New in the @JNeurophysiol #ControlofMovement collection ➡️ Multisensory cues for walking in #VirtualReality: Humans combine conflicting visual and self-motion information to reproduce distances (Karl Kopiske et al.)

ow.ly/omeL50PLJR1

@TUChemnitz #DistancePerception

New in the @jneurophysiol #ControlofMovement collection: Differential effects of #reward and #punishment on reinforcement-based motor learning and generalization (Cong Yin, Biao Li & Tian Gao) ow.ly/Yxtf50PTrs8 #ReinforcementLearning #MotorLearning #ArticlesinPress

APSPublications's tweet image. New in the @jneurophysiol #ControlofMovement collection:

Differential effects of #reward and #punishment on reinforcement-based motor learning and generalization (Cong Yin, Biao Li & Tian Gao)

ow.ly/Yxtf50PTrs8

#ReinforcementLearning #MotorLearning #ArticlesinPress

New APS Spotlight Cover for Lecy et al. for "Neural pathways associated with reduced rigidity during pallidal deep brain stimulation for Parkinson's disease" in @JNeurophysiol #ControlofMovement ow.ly/4UTj50T521M

APSPublications's tweet image. New APS Spotlight Cover for Lecy et al. for "Neural pathways associated with reduced rigidity during pallidal deep brain stimulation for Parkinson's disease" in @JNeurophysiol
#ControlofMovement

ow.ly/4UTj50T521M

New in the @jneurophysiol #ControlofMovement collection! 👀Visual feedback decoding during bimanual circle drawing (Milad Nazarahari @Arash_Arami et al.) ow.ly/y5Mj50Q3TkS @UWaterloo #BimanualCoordination #electromyography #InternalModels

APSPublications's tweet image. New in the @jneurophysiol #ControlofMovement collection!

👀Visual feedback decoding during bimanual circle drawing (Milad Nazarahari @Arash_Arami et al.)

ow.ly/y5Mj50Q3TkS

@UWaterloo #BimanualCoordination #electromyography #InternalModels

🆕 in the #ControlofMovement collection in @jneurophysiol: #Aging exerts a limited influence on the perception of self-generated and externally generated #touch (Timar et al.) ow.ly/4v4S50PPozF @xavier_e_job @jjodx @kkilteni_neuro @karolinskainst #SensorimotorPredictions

APSPublications's tweet image. 🆕 in the #ControlofMovement collection in @jneurophysiol: #Aging exerts a limited influence on the perception of self-generated and externally generated #touch (Timar et al.)

ow.ly/4v4S50PPozF

@xavier_e_job @jjodx @kkilteni_neuro @karolinskainst #SensorimotorPredictions

Last push na sa gabi nato! #ControlOfMovement :)


New APS Spotlight Cover for Lecy et al. for "Neural pathways associated with reduced rigidity during pallidal deep brain stimulation for Parkinson's disease" in @JNeurophysiol #ControlofMovement ow.ly/4UTj50T521M

APSPublications's tweet image. New APS Spotlight Cover for Lecy et al. for "Neural pathways associated with reduced rigidity during pallidal deep brain stimulation for Parkinson's disease" in @JNeurophysiol
#ControlofMovement

ow.ly/4UTj50T521M

New in the @jneurophysiol #ControlofMovement collection! 👀Visual feedback decoding during bimanual circle drawing (Milad Nazarahari @Arash_Arami et al.) ow.ly/y5Mj50Q3TkS @UWaterloo #BimanualCoordination #electromyography #InternalModels

APSPublications's tweet image. New in the @jneurophysiol #ControlofMovement collection!

👀Visual feedback decoding during bimanual circle drawing (Milad Nazarahari @Arash_Arami et al.)

ow.ly/y5Mj50Q3TkS

@UWaterloo #BimanualCoordination #electromyography #InternalModels

New in the @jneurophysiol #ControlofMovement collection: Differential effects of #reward and #punishment on reinforcement-based motor learning and generalization (Cong Yin, Biao Li & Tian Gao) ow.ly/Yxtf50PTrs8 #ReinforcementLearning #MotorLearning #ArticlesinPress

APSPublications's tweet image. New in the @jneurophysiol #ControlofMovement collection:

Differential effects of #reward and #punishment on reinforcement-based motor learning and generalization (Cong Yin, Biao Li & Tian Gao)

ow.ly/Yxtf50PTrs8

#ReinforcementLearning #MotorLearning #ArticlesinPress

🆕 in the #ControlofMovement collection in @jneurophysiol: #Aging exerts a limited influence on the perception of self-generated and externally generated #touch (Timar et al.) ow.ly/4v4S50PPozF @xavier_e_job @jjodx @kkilteni_neuro @karolinskainst #SensorimotorPredictions

APSPublications's tweet image. 🆕 in the #ControlofMovement collection in @jneurophysiol: #Aging exerts a limited influence on the perception of self-generated and externally generated #touch (Timar et al.)

ow.ly/4v4S50PPozF

@xavier_e_job @jjodx @kkilteni_neuro @karolinskainst #SensorimotorPredictions

New in the @JNeurophysiol #ControlofMovement collection ➡️ Multisensory cues for walking in #VirtualReality: Humans combine conflicting visual and self-motion information to reproduce distances (Karl Kopiske et al.) ow.ly/omeL50PLJR1 @TUChemnitz #DistancePerception

APSPublications's tweet image. New in the @JNeurophysiol #ControlofMovement collection ➡️ Multisensory cues for walking in #VirtualReality: Humans combine conflicting visual and self-motion information to reproduce distances (Karl Kopiske et al.)

ow.ly/omeL50PLJR1

@TUChemnitz #DistancePerception

Last push na sa gabi nato! #ControlOfMovement :)


No results for "#controlofmovement"

New in the @JNeurophysiol #ControlofMovement collection ➡️ Multisensory cues for walking in #VirtualReality: Humans combine conflicting visual and self-motion information to reproduce distances (Karl Kopiske et al.) ow.ly/omeL50PLJR1 @TUChemnitz #DistancePerception

APSPublications's tweet image. New in the @JNeurophysiol #ControlofMovement collection ➡️ Multisensory cues for walking in #VirtualReality: Humans combine conflicting visual and self-motion information to reproduce distances (Karl Kopiske et al.)

ow.ly/omeL50PLJR1

@TUChemnitz #DistancePerception

New in the @jneurophysiol #ControlofMovement collection: Differential effects of #reward and #punishment on reinforcement-based motor learning and generalization (Cong Yin, Biao Li & Tian Gao) ow.ly/Yxtf50PTrs8 #ReinforcementLearning #MotorLearning #ArticlesinPress

APSPublications's tweet image. New in the @jneurophysiol #ControlofMovement collection:

Differential effects of #reward and #punishment on reinforcement-based motor learning and generalization (Cong Yin, Biao Li & Tian Gao)

ow.ly/Yxtf50PTrs8

#ReinforcementLearning #MotorLearning #ArticlesinPress

New in the @jneurophysiol #ControlofMovement collection! 👀Visual feedback decoding during bimanual circle drawing (Milad Nazarahari @Arash_Arami et al.) ow.ly/y5Mj50Q3TkS @UWaterloo #BimanualCoordination #electromyography #InternalModels

APSPublications's tweet image. New in the @jneurophysiol #ControlofMovement collection!

👀Visual feedback decoding during bimanual circle drawing (Milad Nazarahari @Arash_Arami et al.)

ow.ly/y5Mj50Q3TkS

@UWaterloo #BimanualCoordination #electromyography #InternalModels

New APS Spotlight Cover for Lecy et al. for "Neural pathways associated with reduced rigidity during pallidal deep brain stimulation for Parkinson's disease" in @JNeurophysiol #ControlofMovement ow.ly/4UTj50T521M

APSPublications's tweet image. New APS Spotlight Cover for Lecy et al. for "Neural pathways associated with reduced rigidity during pallidal deep brain stimulation for Parkinson's disease" in @JNeurophysiol
#ControlofMovement

ow.ly/4UTj50T521M

🆕 in the #ControlofMovement collection in @jneurophysiol: #Aging exerts a limited influence on the perception of self-generated and externally generated #touch (Timar et al.) ow.ly/4v4S50PPozF @xavier_e_job @jjodx @kkilteni_neuro @karolinskainst #SensorimotorPredictions

APSPublications's tweet image. 🆕 in the #ControlofMovement collection in @jneurophysiol: #Aging exerts a limited influence on the perception of self-generated and externally generated #touch (Timar et al.)

ow.ly/4v4S50PPozF

@xavier_e_job @jjodx @kkilteni_neuro @karolinskainst #SensorimotorPredictions

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