Emotional Excess Prognostics by Multimodal Gaidai Reliability Methodology, Using Thorax Respiration Signal

Abstract Emotional responses may be represented as a multidimensional dynamic system, rather than discrete states. Emotional responses encompass both experiential and physiological aspects. Emotions are conceptualized as perceptual, physiological, and behavioral reactions to personally significant events in a consensual, dynamic, componential paradigm. This investigation considers the emotional dynamic system model to see whether various kinds of emotion-evoking stimuli are linked to distinct and consistent response patterns in every response system, as well as the way those responses are organized and whether or not they converge across the dynamic response system. The presented study explored multimodal relationship between biosignals and correlated emotion expression by conducting a study with professional actors to investigate physiological patterns. The current investigation advocates state-of-the-art multivariate Gaidai reliability methodology, that is, when utilized properly, may contribute to human error prognostics, HSE (i.e., health, safety, and environment) within various industries, associated with human-related emotional risks. Presented multimodal reliability methodology is being of generic nature, hence it is not limited to the case study, presented here.