Watch where you're going? Interferer velocity and visual behavior predicts avoidance strategy during pedestrian encounters
Abstract
Pedestrians can avoid collisions with other pedestrians by modifying some combination of their velocity and their path. The authors investigated how path constraints (constrained or unconstrained), interferer velocity (slow or fast), and vision (looking or not looking; time spent looking at the interferer) influenced collision avoidance to an oblivious interferer walking on a perpendicular path. Ten participants walked 6 m to either a point or line target on either a constrained or unconstrained path while wearing an eye-tracking device and avoiding an oblivious interferer that walked at 2 speeds. Looking behavior and interferer velocity were reliable predictors of determining whether a pedestrian would pass in front of or behind the interferer, while path constraints were less reliable. These findings highlight the degeneracy in human movement systems and suggest that, in complex environments, behavior may not always be optimized for efficiency.
RAS ID
26558
Document Type
Journal Article
Date of Publication
2018
Location of the Work
United States
School
Centre for Exercise and Sports Science Research / School of Medical and Health Sciences
Copyright
subscription content
Publisher
Routledge
Recommended Citation
Croft, J. L., & Panchuk, D. (2018). Watch where you're going? Interferer velocity and visual behavior predicts avoidance strategy during pedestrian encounters. DOI: https://doi.org/10.1080/00222895.2017.1363695
Comments
Croft, J. L., & Panchuk, D. (2018). Watch where you're going? Interferer velocity and visual behavior predicts avoidance strategy during pedestrian encounters. Journal of motor behavior, 50(4), 353-363. Available here.