receptive field

The object that it is looking at will be many times larger than a single receptive field.

If the two points touched span more than a single receptive field then both will be felt.

Any individual neuron has its receptive field on the skin.

To produce a sustained response, the stimulus must be moving across the receptive field.

A receptive field is a small region within the entire visual field.

They also produce transient responses, but have large receptive fields.

Under the conditions that usually obtain in receptive field plotting studies one further distinction has been reported.

This receptive field would be described as stopped at one end (i.e. the right).

In the numerator is the output of the classical receptive field.

They have much larger receptive fields which are nonetheless also center-surround.

The receptive fields of each nerve ending are very large, and may overlap.

For hypercomplex receptive fields, the bar might also need to be of a particular length.

Similarly, hypercomplex receptive fields can be stopped at both ends.

A cortical column is understood as a group of cells that have the same receptive field.

Some neurons responded to sound sources near the tactile receptive field.

They have small receptive fields and produce sustained responses to static stimulation.

Images for these receptive fields need to have a particular orientation in order to excite the cell.

This occurs in the form of shrinking receptive fields.

The lateral activation comes from receptive fields at contrast borders.

Virtually anything waved around in the receptive fields of these cells will evoke a response under the right conditions.

The trigger feature for this cell is movement upward through its receptive field (from reference 1).

Akin to simple cells, complex cell receptive fields are orientation selective.

Each receptive field is a set of localized pixels.

That is, it contains neurons whose receptive fields together represent the entire visual field.

The "visual receptive field" was therefore a region of nearby space affixed to the relevant body part.