Titlebook: Brain Mechanisms and Spatial Vision; David J. Ingle,Marc Jeannerod,David N. Lee Book 1985 Martinus Nijhoff Publishers, Dordrecht 1985 brai

引起

Visual Stabilization During Head Movement,te velocity is made available in the vestibular nuclei (VN) from their vestibular and visual inputs. An attempt is also made to link the output of VN to reflex eye movements, self-motion sensation, and visual perception.

Cursory

Modify

Benchmarking MLC Against Linear Control,f the organism and objects and surfaces in the environment, information that is often only available through vision. Time to contact (meaning, in general, time to nearest approach) is a particularly important predictor.

Assemble

intelligible

規(guī)范就好

Culpable

podiatrist

Visual Timing of Interceptive Action,f the organism and objects and surfaces in the environment, information that is often only available through vision. Time to contact (meaning, in general, time to nearest approach) is a particularly important predictor.

Infuriate

Motion Parallax and the Perception of Three-Dimensional Surfaces, is coded by the visual system. In particular, the results of experiments on the adaptive characteristics of the underlying mechanisms suggest that local changes in depth over a limited spatial extent may be coded at an early stage in the processing hierarchy.

archetype

The Development of Sensitivity of Kenetic, Binocular and Pictorial Depth Information in Human Infanocular information appears between five and 7 months of age. These findings may direct research on the development of neural mechanisms that underlie the emergence of responsiveness to spatial information in human infants.