Multiple-task performance

By D. Damos. 2020

340 citations recorded by the source corpus.

Part 1 Theory and methods: processing resources and attention, C.D.Wickens a review of the engineering models of information processing and decision-making in multi-task supervisory control, K.R.Pattipati and D.L.Kleinman modelling the acquisition of dual-task skills in a connectionist/control architecture, M.Detweiler and W.Schneider dual-task methodology - some common problems, D.L.Damos. Part 2 Learning and performance: issues for acquisition and transfer of time-sharing and dual-skill tasks, G.Lintern and C.D.Wickens multiple-cue probability learning and the design of information displays for multiple tasks, V.G.Cuqlock-Knopp et al vigilance and monitoring for multiple signals, A.Craig motor constraints in dual-task performance, H.Heuer. Part 3 Workload: workload assessment in multi-task environments, F.T.Eggemeier et al performance-based and subjective assessment of workload in multi-task environments, F.T.Eggemeier and G.F.Wilson physiological metrics of mental workload - a review of recent progress, A.F.Kramer psychological assessment of workload in multi-task environments, G.F.Wilson and F.T.Eggemeier. Part 4 Individual differences: individual differences in multiple-task performance, J.B.Brookings and D.L.Damos ageing, divided attention and dual-task performance, J.MacDowd et al development of skilled performance - an age-related perspective, A.D.Fisk and W.A.Rogers.

Subfields: Biomedical Engineering

View Paper: https://www.semanticscholar.org/paper/f8d69dbcac11b6767896241285344d38b6f2f0f4

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In Biomedical Engineering

  1. N. Reinsch
  2. Brad Cain
  3. Diane Kuhl Mitchell
  4. Jeanine Warisse Turner

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