Sentence examples for shift in processing from inspiring English sources

This positions Nvidia at the forefront as the computing industry contemplates a fundamental shift in processing.

Thus, changes in oscillations can indicate that hippocampal circuits have undergone a shift in processing state.

Together, these results indicate that the nose poke interval contains a shift in processing state in the hippocampus, which is observable through the onset of changes in rhythmic circuits.

As it was hypothesised that increases in goal specificity would be part of a broader shift in processing style in individuals receiving MBCT, we also examined whether changes in goal specificity were associated with comparable changes in autobiographical memory specificity, and whether changes in mood mediated the effects of treatment on goal-related processing.

During odor-sampling intervals, we observed transient amplitude dynamics in theta (4 12 Hz), beta (15 35 Hz), low gamma (35 55 Hz), and high gamma (65 90 Hz) oscillations, indicating that there is a shift in processing state within the hippocampal circuit.

This shift in data processing from post to pre data storage significantly reduces the available time within which to evaluate newly arriving system requests and produce an accurate fraud decision, demanding increasingly robust and intelligent user profiling technologies to support advanced fraud detection.

This region is classically implicated in mental imagery [71], in visuo-spatial attentional shift [72], [73] and in processing emotional valence [74], [75].

Such shifts in processing state can be observed through distinctive rhythmic dynamics in the hippocampus as it processes information during memory tasks.

To explore contextual shifts in processing among structures over a longer time epoch, additional analysis was performed over 20 second intervals centered on lever pressed and lever port exploration.

Moreover, brain regions involved in mediating the aesthetic response shift from subcortical regions associated with dopaminergic reward processing to posterior temporal regions involved in processing multisensory integration, emotion, and biological motion.

Shift effects were particularly robust in visual, cerebellar, and parietal regions that are presumably involved in processing sensory feedback related to the motor response.