Melissa A. Smith, Patrick R. Mead, Peter N. Squire, Robert L. Coons, Allison S. Mead
With each new technology interface introduced in the environment, users spend more time switching between and managing these interfaces. When the interfaces involve screen-based displays and controls, eye movements may provide an intuitive and efficient means of switching between screens. This research focused on evaluating manual keyboard and gaze-based control methods for switching control between displays of a simulated surveillance system. Results showed that gaze-based tracking was faster and produced lower subjective workload than using a manual keyboard. Operators’ performance was also consistent with Keystroke-Level Model–Goals Operators Methods Selection predictions for each control method. These findings identify gaze-based control as a viable method for switching control between multiple monitors.
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