Sentence examples for the processing of input from inspiring English sources

Suppose we have a set of task slots Si (i ε {1, 2, …, m}) for the processing of input data blocks.

After the processing of input signals by two-channel lattice stages, the delayed and fed back forward prediction error û 1 ( n ) = f p 1 ( n − 1 ) is incorporated at the (p 1−q 1+1)t h stage, as the third channel.

After the processing of input signals by two-channel lattice stages, the first estimation error signal, (bar {x}_{1}(i) =e_{1}(i)), which corresponds to the detected and fed back signal of the first channel, is incorporated at the (left ({N^{f}_{1}}-{N^{b}_{1}} + 1right th) stage as the third channel.

To clarify our use of terms: Interoception is the processing of sensory input from inside the body in contrast to exteroception, the processing of input from outside the body (vision, hearing, smell, taste and touch, with touch and taste having components of both).

Prevailing theories propose the existence of cognitive control mechanisms that can suppress the processing of conflicting input and enhance that of the relevant input.

MEG constitutes a promising approach to profiling patterns of neural activity during the processing of sensory input (e.g., detection of a tactile stimulus, stimulus predictability) and facilitating our understanding of how basic sensory processing may underlie and/or be influenced by more complex neural networks involved in higher order processing.

The processing of sensory input is influenced by a number of behavioral and contextual factors, and these factors appear to constrain the sensory information guiding adaptive behavior.

Event-related potential negativity is interpreted as a representation of cortical excitability, facilitating the processing of sensory input, while positivity is a manifestation of neuronal inhibition [3, 4].

Working with a multiple choice based questionnaire is intended to speed up the filling out of the questionnaire, improve the cross-country comparability of the results and facilitate the processing of the input.

The FARS model made an important distinction between the processing of visual input via the dorsal and ventral streams.

Nevertheless, this study brings us one step closer to understanding how the unique "hardware" composing the cortical column enables the processing of sensory input within the column.