Robot mirroring: Improving well-being by fostering empathy with an artificial agent representing the self

Abstract

Well-being has become a major societal goal. Being well means being physically and mentally healthy. Additionally, feeling empowered is also a component of well-being. Recently, self-tracking has been proposed as means to achieve increased awareness, thus, giving the opportunity to identify and decrease undesired behaviours. However, inappropriately communicated self-tracking results might cause the opposite effect. To address this, a subtle self-tracking feedback by mirroring the self’s state into an embodied artificial agent has been proposed. By eliciting empathy towards the artificial agent and fostering helping behaviours, users would help themselves as well. We searched the literature to find supporting or opposing evidence for the robot mirroring framework. The results showed an increasing interest in self-tracking technologies for well-being management. Current discussions disseminate what can be achieved with different levels of automation; the type and relevance of feedback; and the role that artificial agents, such as chatbots and robots, might play to support people’s therapies. These findings support further development of the robot mirroring framework to improve medical, hedonic, and eudaemonic well-being.

Publication
In 2021 9th International Conference on Affective Computing and Intelligent Interaction Workshops and Demos (ACIIW)
David Antonio Gómez Jáuregui
David Antonio Gómez Jáuregui
Affective Computing Scientist, Stress specialist

My research interests are focused on creating new ways of natural user interaction with computers by detecting emotions, gestural and non-verbal behaviours from users.

Felix Dollack
Felix Dollack
AI in healthcare, Audio specialist

My research interests include multimodal human sensing, affective computing and generative and explainable artificial intelligence.

Monica Perusquía-Hernández
Monica Perusquía-Hernández
Affective Computing Scientist, Concept, UX/IU designer

My research interests include HCI, Affective Computing, Artificial Intelligence and Biosignal Processing.