multitasking

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mul·ti·task·ing

 (mŭl′tē-tăs′kĭng, -tī-)
n.
1. The concurrent operation by one central processing unit of two or more processes.
2. The engaging in more than one activity at the same time or serially, switching one's attention back and forth from one activity to another.

mul′ti·task′ v.

multitasking

(ˈmʌltɪˌtɑːskɪŋ)
n
1. (Computer Science) computing the execution of various diverse tasks simultaneously
2. the carrying out of two or more tasks at the same time by one person

mul•ti•task•ing

(ˌmʌl tiˈtæs kɪŋ, -ˈtɑ skɪŋ, ˌmʌl taɪ-)

n. Computers.
the concurrent execution of two or more jobs by a single CPU.
Translations

multitasking

[ˈmʌltɪˈtɑːskɪŋ] Nmultitarea f
References in periodicals archive ?
Following they performed clock drawing test and word-color identification task switching experiment.
Multitasking is defined as the performance of two or more tasks at the same time, either simultaneously or by interleaving them with task switching (Benbunan-Fich, Adler, & Mavlanova, 2011; Waller, 2007).
Then the focus will be on the cognitive assessments which tested: working memory capacity, nonverbal abstract problem solving, processing speed and flexibility, perceptual speed, psychomotor speed, task switching speed and conflict management and divided attention.
Effects of Music Genre on Simple and Simulated Task Switching
Easy Task Switching - TMetric is well-suited for frequent task switching when it happens.
46] examined the effects of reasonable doses of caffeine on task switching and task maintenance using mixed-task (AABB) blocks, in which participants alternated predictably between two tasks, and single-task (AAAA, BBBB) blocks.
A Multiple, Virtual-Workspace Interface to Support User Task Switching.
It added that regular exercise helps defeat agerelated mental decline, like task switching, selective attention and working memory.
First 4 trials within each block were discarded in order to minimize effects of task switching from one trial block to another.
Andrew Latham and colleagues reviewed almost 50 studies published over 28 years and found that video games can boost a surprisingly wide array of cognitive functions, for example hand-eye coordination, spatial visualization, visual anticipation, reaction time, and task switching.