Sentence examples for type of receptive from inspiring English sources

The simplest interpretation of this type of receptive field is based on the connection of the cortical cell with a set of geniculate cells with their receptive fields arranged linearly.

Using an experimental configuration in which forward and convergent remapping would lead to receptive field shifts in opposite directions, we show that forward remapping is the dominant type of receptive field shift in V4.

The centre of this new type of receptive field is dominated by the influence of the knowledge and the surround by the featural responses of the input stimuli (see Fig.  14 for an illustration).

The matrix F defines a receptive field (RF) of the neuron, being I the X axis and J the Y axis sizes of input image S. While the shape and size of receptive field can be arbitrary, in the mammalian visual cortex, there are several distinct types of receptive fields.

Our results indicate the primary visual system integrates the visual information in the following manner: it first extracts visual information through different types of receptive field, and then its neurons interact with each other in a non-linear manner, finally the neurons fire spikes recorded as responses to the visual stimulus.

Specifically, regarding the notion of receptive fields, one may ask what types of receptive field profiles would be reasonable?

Muscle spindle afferents can originate from 2 types of receptive endings which terminate and respond to mechanical changes in 3 types of intrafusal fibers.

The presented theory can therefore be used for explaining why such learning approaches lead to qualitatively similar types of receptive fields.

Specifically, the proposed theory can be used for explaining why the above-mentioned statistical models lead to qualitatively similar types of receptive fields as the idealized receptive fields obtained from our theory.

(2010) found that response strength of SC cells of rats mostly did not change in background noise (78.3 and 65% for two different types of receptive fields), while it increased for a small percentage (8.7 and 15%) and decreased for another small percentage (13 and 20%) of cells.

This paper presents a theory for what types of receptive field profiles can be regarded as natural for an idealized vision system, given a set of structural requirements on the first stages of visual processing that reflect symmetry properties of the surrounding world.