Tracking and discrete dual task performance for different visual spatial stimulus-response mappings with focal and ambient vision

Research output: Journal Publications and Reviews › RGC 21 - Publication in refereed journal › peer-review

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Computer Science

100
Human Performance Computer Science
100
Visual Modality Computer Science
100
Dual Task Performan... Computer Science
100
Configuration Contr... Computer Science

Keyphrases

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Visual-spatial Keyphrases
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Spatial Stimuli Keyphrases
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Dual-task Performan... Keyphrases
100
Tracking Task Keyphrases
100
Stimulus-response M... Keyphrases
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Focal Vision Keyphrases
100
Ambient Vision Keyphrases
100
Response Tasks Keyphrases
66
Spatial Compatibili... Keyphrases
33
Human Performance Keyphrases
33
Spatial Response Keyphrases
33
Display Control Keyphrases
33
Control Configurati... Keyphrases
33
Simultaneous Task Keyphrases
33
Resource Competitio... Keyphrases
33
Visual Resources Keyphrases
33
Visual Modality Keyphrases
33
Dual-task Paradigm Keyphrases
33
Signal Lights Keyphrases
33
Spatial Task Keyphrases
33
Discrete Responses Keyphrases
33
Tracking Response Keyphrases

Psychology

100
Resources Psychology
100
Dual-Task Performan... Psychology
66
Spatial Compatibili... Psychology
33
Human Performance Psychology
33
Interference Psychology
33
Dual Task Paradigm Psychology

INIS

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performance INIS
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vision INIS
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mapping INIS
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stimuli INIS
75
resources INIS
50
competition INIS
50
compatibility INIS
25
interference INIS
25
signals INIS
25
humans INIS
25
operation INIS
25
light INIS
25
configuration contr... INIS

Neuroscience

100
Competition Neuroscience
100
Stimulus Response Neuroscience
50
Interference Neuroscience
50
Dual-Task Paradigm Neuroscience
Research OutputsResearch Output authored by Tracking and discrete dual task performance for different visual spatial stimulus-response mappings with focal and ambient vision is tagged with the concept