Sentence examples for processing goals from inspiring English sources

A case study in Iowa is implemented, analyzing the sequential spatial construction decisions under a variety of processing goals.

Therefore, students' processing goals is an important factor to consider.

Such activation patterns, independent of processing goals, were expected given the sensitivity of temporal regions to speech-like sounds in the absence of explicit focus on speech (Zevin and McCandliss 2005), and even awareness or consciousness (Davis et al. 2007).

In light of the experimental design, which manipulated only processing goals such that attention was focused on linguistic versus melodic analysis, we interpret the present findings as reflecting the impact of top-down attention to language on cortical responses to speech sounds.

What engines are virtually attendance free in implementations sustaining the processing goals your eventual project must sustain?

This finding suggests that cross-modal attentional mechanisms may be sensitive to the linguistic nature of the processing goals.

This proposal is also in line with the suggestions that cortico-striatal circuits (e.g. projections from frontal cortex to BG and back to cortex via the thalamus) are crucially linked to processing goal-directed behavior [61].

Confirming this prediction, a highly specific super-additive effect was previously demonstrated in the frontopolar cortex using fMRI when subjects held in mind goals while processing secondary goals at the same time [3].

Neither keeping in mind a goal over time (working memory) nor successively allocating attentional resources between alternative goals (dual-task performance) could by themselves selectively activate the fronto-polar cortex while a highly specific super-additive effect was demonstrated in the frontopolar cortex when subjects held in mind goals while processing secondary goals at the same time [3].

This result reveals that the integrity of the fronto-polar cortex is necessary to perform tasks that require subjects to maintain a primary goal in mind while processing secondary goals, an ability which is crucial for complex human cognitive abilities.

The specific function of this brain region remains poorly understood, but one recent hypothesis states that its role is to hold goals in mind while exploring and processing secondary goals [3], [4], [5], [6] – a process that we refer to as multitasking in the remainder of this paper-.