The phrase "attentional interaction" is correct and usable in written English.
It can be used in contexts related to psychology, neuroscience, or cognitive science, particularly when discussing how attention affects perception or behavior.
Example: "The study aimed to explore the effects of attentional interaction on visual processing in complex environments."
Alternatives: "attention interplay" or "attentional engagement".
The importance of bottom-up (input-driven) and top-down (schema-driven) attentional interactions for complex auditory scene analysis has been well-documented outside the realm of speech processing (Bregman 1990).
Reduced activation in MDD/GAD patients was found in the insula and right cingulate gyrus for both negative visual stimuli but not the positive stimulus, suggesting a decrease in somato-affective [ 9] and cognitive-attentional interactions [ 10].
Fan et al. (2009)[ 37] recently provided a revised version of the ANT with the aim of characterizing attentional network interactions in healthy volunteers.
Classically, the phenomenon is thought to be caused by contour interaction, attentional factors and/or inaccurate eye movements [ 2].
Despite the fact that effects of exogenous auditory attention have emerged in many studies and have been studied extensively in relation to LTM performance, relatively few studies have looked at preconditions for attentional shifts, at the interaction between exogenous and endogenous attention, or at how it affects speech perception in multi-talker conditions.
Just as reading involves several component processes that might serve as points of interaction with attention control, attentional control itself is achieved through the dynamic interaction of several brain systems (Dosenbach et al. 2008; Petersen and Posner 2012).
We compared univariate and multivariate data-analytic strategies, but we relied on our multivariate results to elucidate the interaction of attentional and motor networks.
This would take place at a mid-level stage of perceptual processing [52] where an interaction between attentional neural networks and sensory cortices can facilitate the selective treatment of the target among distractors.
Another possible limitation of this work lies in the exploration of the "interaction" of attentional networks.
Furthermore, the ANT-I task examines three attentional networks and their interaction in a single task.
