Decision making in dual-task environments: Analysis of hemispheric competition effects
Abbreviated Journal Title
Percept. Mot. Skills
WORKLOAD; Psychology, Experimental
Performance degradations in multitasking situations have been reported frequently as a predictable effect of competition that arises from different processing demands whose hemispheric locations are too proximal. This model might be useful in explaining performance deficits in complex workplaces. To test this assertion, a laboratory study was designed to create an analogue of the processing demands required by a tactical decision-making task performed by 24 right-handed men. Vocalization, dichotic listening and decision-making performance were assessed under single- and dual-task conditions. The results were consistent with the predictions from hemispheric competition in the case of dichotic Listening bur not with vocalization. The results are discussed in terms of their implications for both research and systems design.
Perceptual and Motor Skills
"Decision making in dual-task environments: Analysis of hemispheric competition effects" (2000). Faculty Bibliography 2000s. 2442.