Abstract

Identification of emotions triggered by different sourced stimuli can be applied to automatic systems that help, relieve or protect vulnerable groups of population. The selection of the best stimuli allows to train these artificial intelligence-based systems in a more efficient and precise manner in order to discern different risky situations, characterized either by panic or fear emotions, in a clear and accurate way. The presented research study has produced a dataset of audiovisual stimuli (UC3M4Safety database) that triggers a complete range of emotions, with a high level of agreement and with a discrete emotional categorization, as well as quantitative categorization in the Pleasure-Arousal-Dominance Affective space. This database is adequate for the machine learning algorithms contained in these automatic systems. Furthermore, this work analyses the effects of gender in the emotion elicitation under audiovisual stimuli, which can help to better design the final solution. Particularly, the focus is set on emotional responses to audiovisual stimuli reproducing situations experienced by women, such as gender-based violence. A statistical study of gender differences in emotional response was carried out on 1332 participants (811 women and 521 men). The average responses per video is around 84 (SD = 22). Data analysis was carried out with RStudio®.

Highlights

  • Those video clips whose target emotion was located in quadrants 1 and 3 have obtained a median reported label displaced upwards and downwards respectively, being arousal the parameter not matching with the expected values

  • The research study has produced a dataset of 42 audiovisual stimuli (UC3M4Safety database) that triggers a complete range of emotions, with a high level of agreement and with a discrete emotional categorization, as well as quantitative categorization in the Pleasure-Arousal-Dominance (PAD) Affective Space

  • This database is adequate for the machine learning algorithms contained in these automatic systems

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Summary

Introduction

Identifying the emotion experienced in a given situation, or the emotion elicited when visualizing audiovisual stimuli, can be very interesting in several applications intended to improve people’s life (human-machine interfaces, mental health, industrial design, neuro-marketing, etc.). Emotion is defined as a psychological state including three components: subjective personal experience, associated physiological response and behaviours [1]. In the different studies on the basic emotions, these have been categorized as discrete concepts that can be identified and classified. Res. Public Health 2020, 17, 8534; doi:10.3390/ijerph17228534 www.mdpi.com/journal/ijerph

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