Key result
Physiology-driven adaptive virtual reality stimulation, which tailors stressful stimuli delivery to individual physiological characteristics, is proposed to enhance stress inoculation training.
Physiology-driven adaptive VR stimulation offers a conceptual framework to tailor stress inoculation training to individual physiological responses.
May inform personalized stress training protocols; leaves open prospective validation before clinical use.
The significant proportion of severe psychological problems related to intensive stress in recent large peacekeeping operations underscores the importance of effective methods for strengthening the prevention and treatment of stress-related disorders. Adaptive control of virtual reality (VR) stimulation presented in this work, based on estimation of the person's emotional state from physiological signals, may enhance existing stress inoculation training (SIT). Physiology-driven adaptive VR stimulation can tailor the progress of stressful stimuli delivery to the physiological characteristics of each individual, which is indicated for improvement in stress resistance. Following an overview of physiology-driven adaptive VR stimulation, its major functional subsystems are described in more detail. A specific algorithm of stimuli delivery applicable to SIT is outlined.
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Ćosić et al. (2010) conducted a review in Stress-related disorders. Physiology-driven adaptive virtual reality (VR) stimulation was evaluated. Physiology-driven adaptive virtual reality stimulation, which tailors stressful stimuli delivery to individual physiological characteristics, is proposed to enhance stress inoculation training.
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