2005

Advances in Computational Motor Control (ACMC) 2005

Proceedings

Bridging the gap between optimal feedback control and sensorimotor neurophysiology

E. Todorov and B. Huh

Optimal control predicts task-dependent feedback control of human hand movements

M. Chhabra and D. Knill

Optimal sensorimotor transformations for balance

D. Lockhart and L. Ting

The coordination of complex movements

J. Diedrichsen and R. Shadmehr

A sensory source for motor variation? An analysis of noise in pursuit eye movements

L. Osborne, S. Lisberger and W. Bialek

Movement drift is the result of optimal sensory combination

J. Smeets, J. van den Dobbelsteen, R. van Beers and E. Brenner

Neither hand nor cursor motions converge to linear paths under some visuomotor rotations: an adaptation study and model

A. Fishbach and F. Mussa-Ivaldi

Motor learning as a weighted average of past experience

A. Mattar and D. Ostry

Motor learning during the delay period between movements

V. Huang and R. Shadmehr

Distinct movement features are represented by distinct neurons in the motor cortex

E. Stark, R. Drori, I. Asher and M. Abeles

Trajectory formation before movement in the posterior parietal cortex

E. Torres, R. Quiroga and R. Andersen

A theory of cerebellum-dependent motor learning and timing based on rebound conductances in deep cerebellar nuclei neurons

D. Wetmore, E. Mukamel and M. Schnitzer

Modular computations in a hierarchical motor network

J. Jing and K. Weiss

This symposium is held as a satellite to the annual Society for Neuroscience meeting.  All submissions are peer-reviewed and those with the highest scores are included in the program.  The acceptance rate is below 50%.

Sponsored by the United States National Institutes of Health.