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Predicting high levels of multitasking reduces between task interactions

Fischer, R. ; Dreisbach, Gesine



Abstract

The simultaneous handling of 2 tasks requires shielding of the prioritized primary task (T1) from interference caused by the secondary task (T2) processing. Such interactions between tasks (e.g., between-task interference, or crosstalk) depend on the similarity of both tasks and are especially pronounced when both tasks overlap strongly in time. In the present study we investigated whether ...

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