2004

Advances in Computational Motor Control (ACMC) 2004

Proceedings

Hierarchical optimal feedback control of redundant systems

E. Todorov and W. Li

Time-optimal control of fast point-to-point movements

M. Shapiro and R. Kenyon

Matching of sensing and motor volumes in active sensory systems

M. MacIver, M. Nelson and J. Burdick

The nervous system appears to minimize a weighted sum of kinematic error, force, and change in force when adapting to viscous environments during reaching and stepping

D. Reinkensmeyer, J. Liu, J. Emken and J. Bobrow

Modulation of the rate of error-dependent learning by the statistical properties of the task

M. Smith and R. Shadmehr

Experience-dependent adaptation of the spatial generalization of human motor adaptation

K. Thoroughman and J. Taylor

A vector ARX model of motor adaptation during reaching

R. Scheidt

Stimulation of the posterior parietal cortex interferes with arm trajectory adjustments during the learning of new dynamics

V. Della-Maggiore, N. Malfait, D. Ostry and T. Paus

Quick manual following response induced by large-field visual motion: What drives the response and how is it driven?

H. Gomi, N. Saijo, N. Abekawa, I. Murakami and S. Nishida

Simulation of 3D neuro-musculo-skeletal systems with contact

D. Pai, S. Sueda and Q. Wei

Role of movement preparation in movement generation

M. Churchland, B. Yu, S. Ryu, G. Santhanam, A. Afshar and K. Shenoy

On-line spatiotemporal learning and adaptation in the posterior parietal region during obstacle avoidance: Theory, behavior, and neurophysiology

E. Torres, C. Buneo and R. Andersen

Synchronized sensorimotor beta oscillations in motor maintenance behavior

S. Bressler

Recurrent cerebellar loops simplify adaptive control of redundant and non-linear motor systems

J. Porrill and P. Dean

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.