Sentence examples for orientation stimulus from inspiring English sources

Previous studies focused mainly on the Stimulus to Experiencer relation and suggested two types of subject orientation: Stimulus as subject vs. Experiencer as subject (Talmy 2000; Jackendoff 2007).

Results from the classical conditioning variant of perceptual learning showed that learning occurred for both the positive-contingency orientation stimulus as well as the zero-contingency orientation stimulus, but no significant change was found for the negative-contingency orientation stimulus.

Multiple cortical representations, including orientation and ocular dominance maps as well as the hitherto elusive retinotopic representation of orientation stimuli, were extracted in only 10 s of imaging, approximately two orders of magnitude faster than accomplished by conventional methods.

In our optical imaging on kittens exposed to a single orientation, stimulus-related intrinsic signals in response to unexposed orientations were reduced in cortical domains originally selective for the unexposed orientations (Fig. 3b), and a proportion of pixels without orientation selectivity tended to increase [15], consistently with single-unit recording by Stryker et al. [11].

The same conclusion can be drawn regarding features coded in V1: Danilova and Mollon [49] report delayed discrimination thresholds for spatially separated spatial frequency and orientation stimuli that are markedly higher than thresholds reported when sample and test are presented to the same position [18].

In contrast to the classical conditioning variant of the experiment, here subjects performed a 'go/no-go task' in response to the orientation stimuli during a training regime.

Bar orientation (stimuli, probe) was independently randomized across π rad on each trial, with the constraint that the three stimulus bars must be at a minimum of 0.175 rad separation.

If surround stimuli reduce firing rates for non-preferred orientation stimuli to zero, a fit to those data may yield 'apparently' more narrow tuning curves, as cells cannot exhibit negative firing rates.

Experiment 3B also found that the ability to discriminate among eye-gaze stimuli was successfully transferred to the ability to discriminate among head-orientation stimuli.

On the contrary, the neurons showing S-ERF properties mostly possess short-range axon connections that prefer surround stimuli presented at the orthogonal orientations, and iso-orientation stimuli over center and surround produce suppression of neuron responses.

Additionally, the influence of fiber orientation and stimulus polarity on the extracellular thresholds for stimulation expressed in terms of these factors has not been assessed.