Sentence examples for more cognitive processing from inspiring English sources

Engaging with a current top-end game involves much more cognitive processing (a k a brainpower) than merely watching hour upon hour of prime-time television.

The "cool" cultural style was a product of the television medium, whose low-resolution image required more cognitive processing than the high-definition experience we might get from radio and the motion picture, and that processing, or participation, had a tendency to suck the audience member in, creating a great sense of involvement in the message.

whereas navigation requires more cognitive processing to interpret the information provided in order to make an appropriate response.

More cognitive processing is associated with greater risk estimates and psychological distress [ 28].

Perceived susceptibility measured in this relative way involves social comparison and accommodates the influences of optimistic bias [ 27] and therefore probably involves more cognitive processing.

Arguably, following a policy that includes the ability to judge a co-player's energetic reserves requires more cognitive processing than following the simple rule-of-thumb suggested above.

Clearly, this process requires more complex cognitive processing, including working memory, processing of immediate and delayed rewards, and weighing risks and benefits.

Conversely, the subjects performing the 8-box task, which was considerably more difficult than the 6-box, demanded higher hemodynamics in the PFC due to more intense cognitive processing, which was represented by marked increases of oxy-Hb across wide regions of cortex.

Two recent studies suggest that interindividual differences in dream recall frequency might be related to different levels of sensitivity to auditory stimuli, with meaningful stimuli inducing more complex cognitive processing and heightened reactivity in participants with high as compared to participants with low dream recall frequency (Eichenlaub et al. 2013; Ruby et al. 2013).

Individual characteristics, support and disclosure, and, more centrally, cognitive processing involving those structures threatened or nullified by the traumatic events, play important roles in this approach.

However, it remains still unclear, whether these differences in brain activation are specific to number processing, or whether they belie more general cognitive processing deficits in subjects with Turner's-, fragile X-syndrome or brain injury.