Publication | Closed Access
Breath Booster!
28
Citations
36
References
2018
Year
Unknown Venue
Heart RateFast Breathing InterventionsEngineeringAssistive TechnologyCognitive ErgonomicsDriver BehaviorVirtual RealityWearable TechnologyAffective ComputingHaptic GuidanceDriver PerformanceHuman Performance ModelingHuman-computer InteractionHealth MonitoringMedicineEmergency MedicineAnesthesiology
In this paper, we explore the delivery of fast breathing interventions in a driving context, given the proven effects of high-paced breathing on autonomic arousal. Through in-lab simulator studies, we demonstrate the feasibility of using haptic guidance to increase breathing rate, intensity, and heart rate as well as subjective perceptions of alertness and focus. We also assess usability and user receptivity towards the approach across various simulated driving scenarios (highway, city), times of day (day, night), and traffic levels (low, heavy, fast). In doing so, we outline specific use cases where fast breathing interventions are more or less appropriate and beneficial (e.g., during long, monotonous drives on the highway or at night vs. complex or tense driving scenarios), and we offer fertile future directions for the continued development of breathing systems for health and well-being.
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