The phrase "attentive processing" is correct and usable in written English.
It can be used in contexts related to cognitive psychology, neuroscience, or any discussion about how attention affects the processing of information.
Example: "In cognitive psychology, attentive processing is crucial for understanding how we focus on specific stimuli while ignoring others."
Alternatives: "focused processing" or "conscious processing".
This article clearly indicated that theories with a strict succession of preattentive processes responsible for segmentation followed by an attentive processing stage must be incomplete.
In their review on emotion and attention, Schupp et al. [16] proposed that sustained attentive processing is reflected by the sustained positive slow waves observed in ERP data in the [300 800] ms time window.
The attention control framework is extended to analyze how consciousness could arise during attentive processing, in terms of the COrollary Discharge of Attention Movement (CODAM) model.
The framework is even further extended to analyze how consciousness could arise during attentive processing, using the COrollary Discharge of Attention Movement (CODAM) model.
Circuit properties include a novel synthesis of feedforward and feedback processing, of digital and analog processing, and of preattentive and attentive processing.
Considering both the glyph visualization as well as the interaction techniques that are employed to generate or explore the glyph visualization, we are able to classify glyph techniques into two main groups: those supporting pre-attentive and those supporting attentive processing.
Despite some disagreements concerning the nature of attentional mechanisms [2], [6] [8], it is generally accepted that parallel tasks reflect pre-attentive processing whereas serial tasks specifically involve attention [1], [2], [6].
Furthermore, a right-lateralized early MMF component (100 ms) emerged in response to natural syllables during pre-attentive processing and to synthetic stimuli in case of directed attention.
The well-known functional human hemispheric asymmetry observed for speech and music processing may not be limited to conscious high-level cognitive processes, but may be at least partially related to the pre-attentive processing of low-level acoustic features.
By contrast, pre-attentive processing of synthetic items gave rise to a left-enhanced MMF onset (100 ms), but failed to elicit later lateralization effects.
Since the auditory P50 component of event-related potentials (ERPs) reflects pre-attentive processing and working memory (WM) operation, the present study was designed to investigate whether the exposure to MP-EMF affects the patterns of the P50 component of ERPs elicited during a WM test.
