Sentence examples for gaze command from inspiring English sources

Furthermore, it is possible that, in this task at some point within the visuomotor pathway, the representation of the target is reversed before generating a gaze command (Zhang and Barash 2000; Medendorp et al. 2005; Fernandez-Ruiz et al. 2007).

There are 2 competing hypotheses (for a review, see Chen 2006); 1) the brain issues an integrated gaze command that is then decomposed into separate eye and head commands; and 2) the brain issues independent eye and head commands at all levels.

As described in the Introduction, there have been 2 competing hypotheses for the neural mechanisms of the eye-head coordination; one proposes an integrated gaze command driving both eye and head movements, and the other proposes independent eye and head commands together with different coordinating mechanisms such as vestibular feedback (for reviews, see Chen 2006; Leigh and Zee 2006).

And, how and where are gaze commands split into signals that result in the coordinated movement of the end-effectors, namely, eye and head?

How gaze control is allocated into separate commands for eye and head movement is still unclear [ 27]; and 2) Describing the response dynamics of infants was the key objective of the present study.

Specifically, we have shown that, in the temporal gap between its visual and movement responses, the FEF (in conjunction with its network connections) transforms the location of visual targets into gaze movement commands, both at the cell population level and at the single-neuron level.

The present results suggest that both groups of FEF pursuit neurons issue primarily eye- or gaze-pursuit commands during gaze-pursuit and that the head-pursuit related modulation reflects primarily reafferent signals resulting from head-pursuit related

They do not preclude the possibility that the gaze-tracking commands exhibited by FEF pursuit neurons might drive both eye and head components of the gaze-pursuit downstream of the FEF.

The question we address in the present study is whether FEF pursuit neurons carry gaze-pursuit commands that drive both eye-pursuit and head-pursuit during head-free gaze-pursuit.

To examine whether pursuit neurons in frontal eye fields (FEF) carry gaze-pursuit commands that drive both eye-pursuit and head-pursuit, monkeys whose heads were free to rotate about a vertical axis were trained to pursue a juice feeder with their head and a target with their eyes.

As though the years had melted away, the crew of the Strega stood as one and followed Mr. DuPont's command, gazing into the distance.