These applications tracks the mouse coordinates across the screen when an individual interacts with the on-screen elements. The resulting tracking data can then be used to predict the behaviour.
Links for the mouse-trackers:
- Mouse tracker with back-tracking enabled
- To measure cognitive load during an ergonomic task: https://vipin8169.github.io/MouseTrackers/Ergonomic%20MouseTracker/tracker.html
- To measure cognitive load during an ergonomic task (tablet version; touch tracking instead of mouse tracking):
- To measure implicit bias using modified cursor (spider/flower):
- https://vipin8169.github.io/MouseTrackers/MouseTracker%20with%20cursor%20and%20back%20tracking%20for%20bias%20emotion/tracker.html
- https://vipin8169.github.io/MouseTrackers/MouseTracker%20with%20cursor%20and%20back%20tracking%20for%20bias/tracker.html
- https://vipin8169.github.io/MouseTrackers/MouseTracker%20with%20cursor%20and%20back%20tracking%20for%20two%20choice%20task/tracker.html
- https://vipin8169.github.io/MouseTrackers/MouseTracker%20with%20cursor%20and%20back%20tracking/tracker.html
- https://vipin8169.github.io/MouseTrackers/MouseTracker%20with%20cursor/tracker.html
- To measure implicit bias using using normal cursor: https://vipin8169.github.io/MouseTrackers/MouseTracker%20without%20cursor/tracker.html
- Rheem, H., Verma, V. & Becker, D. V. (2018). Motor Indicators of Cognitive Load: A Mouse-Tracking Approach. 59th Annual Meeting of the Psychonomic Society, New Orleans, LA.
- Rheem, H., Verma, V. & Becker, D. V. (2018). Use of Mouse-tracking Method to Measure Cognitive Load. 2018 International Annual Meeting of the Human Factors and Ergonomics Society, Philadelphia, PA. [PDF]
- Rheem, H., Verma, V. & Becker, D. V. (2017). Give and Take in a Mouse Tracking Choice Paradigm. 58th Annual Meeting of the Psychonomic Society, Vancouver, BC, Canada.