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A dynamical framework to understand performance trade-offs and interference in dual tasks.
59
Citations
54
References
2001
Year
EngineeringTask AnalysisCognitionMotor ControlHuman Performance ModelingAttentionSocial SciencesReaction TimeSystems EngineeringDynamical FrameworkCognitive NeuroscienceDynamic Pattern ApproachCognitive ScienceBehavioral SciencesTask PerformanceTask ParallelismComputer ScienceTask AllocationExperimental PsychologyDual TasksPerception-action LoopCognitive ErgonomicsReaction Time TaskPerformance Trade-offsReal-time Systems
This study demonstrated that the dynamic pattern approach may reconcile resource and outcome conflict theories to explain performance in dual tasks. Participants performed a bimanual coordination task and a reaction time task with different conditions of attentional priority. Results showed a trade-off between pattern variability and reaction time when priority was given to the coordination task. Such a trade-off was indicative of resource allocation. An analysis of perturbation in the bimanual coordination revealed interference, a reputed sign of outcome conflict. Moreover, interference diminished substantially when priority was given to the bimanual task. The coexistence of performance trade-off and outcome conflict suggests that these two phenomena are not mutually exclusive. Rather, both may follow from modifying the coupling between the limbs through attention.
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