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Exploring task switch costs in a color-shape decision task via a mouse tracking paradigm.

Wenting Ye1, Markus F Damian1

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Summary

This study used mouse tracking to analyze cognitive task switching. Task switch costs arise from reconfiguring task sets and sensory-motor mappings during decision-making.

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Area of Science:

  • Cognitive Psychology
  • Human Decision Making
  • Cognitive Control

Background:

  • Task switching research has long investigated the cognitive processes involved.
  • Understanding how the brain reconfigures between tasks is crucial for cognitive control.
  • Previous studies often rely on reaction times, but dynamic response data offers deeper insights.

Purpose of the Study:

  • To investigate the mechanisms underlying task switching costs using mouse tracking.
  • To examine how decision-making unfolds during dynamic categorization tasks.
  • To differentiate between task-set reconfiguration and stimulus-response mapping contributions to switch costs.

Main Methods:

  • Young adult participants performed a task-switching paradigm involving categorization by color or shape.
  • Response data was collected using dynamic mouse tracking to capture decision-making trajectories.
  • Analysis focused on movement initiation, trajectory features, and classic task switching metrics (e.g., switch cost).

Main Results:

  • Classic task switching effects, including switch costs and task congruency effects, were evident in mouse movement data.
  • Movement initiation was influenced by task/cue information and task switching, but not stimulus/response variables.
  • Mouse tracking revealed distinct patterns related to cognitive reconfiguration and stimulus-driven mappings.

Conclusions:

  • Mouse tracking provides a sensitive measure for studying cognitive processes like task switching.
  • Task switch costs appear to result from a combination of cognitive set reconfiguration and stimulus-driven sensory-motor processes.
  • These findings advance our understanding of the dynamic interplay between cognitive control and response execution.