Kinematic and kinetic postural data from University of Guelph students, updated in 2024, measures physical stability during multiple-object tracking (MOT) tasks. The collection includes center of mass and center of pressure metrics alongside target identification accuracy for seated and standing conditions. Mallory E. Terry developed this resource to evaluate the role of sustained visual attention in maintaining postural control.
Use Cases
- Analyzing the correlation between target identification accuracy and center of pressure fluctuations
- Comparing kinematic stability between seated and standing cognitive tasks
- Modeling postural control degradation under sustained visual attention loads
Strengths
- Includes both kinematic and kinetic postural metrics
- Provides cognitive performance data linked to physical posture
- Features baseline trials for both seated and standing positions
Limitations
- Sample population is limited to university students
- Specific to a single cognitive task type (multiple-object tracking)
- Unknown total record count and file structure
Provenance
- Source
- University of Guelph, Mallory E. Terry
- Collection Method
- Sensor-based recording and cognitive task performance logging
- Freshness
- Last updated February 2024.
- Geography
- Canada