Sentence examples for motor control models from inspiring English sources

Although several motor control models have been proposed to explain the control and learning mechanism in the cerebellum and basal ganglia separately, it seems that the cooperation mechanism between them has not received much attention.

Because many problems faced by the primate brain in the control of movement have parallels in robotic motor control, models and algorithms from robotics research provide useful inspiration, baseline performance, and sometimes direct analogs for neuroscience.

Although several motor control models have been proposed to explain the control mechanism underlying well-trained arm reaching movements, it has not been fully considered how the central nervous system (CNS) learns to control our body.

Note that this placement is only paradoxical from the point of view of conventional motor control models; it is exactly what is predicted by active inference.

Note that neither conventional motor control models nor optimal control schemes would predict that corticospinal projections should have modulatory properties (as a motor command must be driving, not modulatory).

The present study aims to investigate the essential characteristics of a motor control model of instrument manipulation while performing laparoscopic surgery via Fitts' task [ 37, 47].

For each participant, velocity and variability as a function of reward were fitted to the motor control model, giving three free parameters for each subject: the temporal discount rate k, the noise-control cost σ, and baseline noise σ0.

The conventional motor control model is taken here to treat the brain as an input output system that mediates stimulus response mappings in which sensory signals are passed forwards to sensory to association to motor cortex and then to the spinal cord and cranial nerve nuclei as motor commands.

Therefore, MOSAIC has strong potential as a human motor-control model and a control framework for humanoid robots.

We propose that a mechanism of motor control, paired controller/predictor models, has been exploited for language learning, comprehension, and production.

A more recent model of motor control is the systems model [ 46] which forms the basis for the task-oriented therapeutic approach, or in a wider concept, problem solving approach, focusing on specific disabilities of an individual patient.