Title :
How Virtual Teammate Support Types Affect Stress
Author :
Kindness, Peter ; Mellish, Chris ; Masthoff, Judith
Author_Institution :
Univ. of Aberdeen, Aberdeen, UK
Abstract :
In this paper we design and implement an artificial task-based scenario that seeks to induce loneliness and acute stress. We explore how the presence of a virtual teammate called Mary and the differing types of support that she provides affects users stress during a task. We investigate how empathic support, task support and the combination of task and empathic support affect stress. Stress is measured using both physiological sensors (skin conductance and heart rate) and self-reporting questionnaires. The results obtained offer insight into the best type of support to give individuals taking part in critical situations, such as in our chosen domain of pre-hospital care. This work lays down the foundations for future work in the development of an intelligent algorithm for a virtual teammate which can provide benefits to both casualty and carer welfare.
Keywords :
emotion recognition; human computer interaction; patient care; physiology; sensors; task analysis; virtual reality; artificial task-based scenario; carer welfare; casualty; empathic support; intelligent algorithm; physiological sensor; pre-hospital care; task support; user stress measurement; virtual teammate; Atmospheric measurements; Heart rate; Mood; Particle measurements; Skin; Stress; Stress measurement; Empathic support; Stress; Task support; Teammate;
Conference_Titel :
Affective Computing and Intelligent Interaction (ACII), 2013 Humaine Association Conference on
Conference_Location :
Geneva
DOI :
10.1109/ACII.2013.56