Affective Computing Demonstrators
Affective Computing: Enabling Emotional Intelligence in Machines
Emotions play a fundamental role in human cognition, perception, decision-making, and learning – significantly influencing the core processes underlying rational thought.
To develop intelligent computers capable of natural interaction with humans, it is essential to teach machines how to recognize, understand, experience, and express emotions. Affective computing – also known as emotional computing – is the scientific field dedicated to creating emotionally aware technologies that can automatically analyze affective and expressive behaviors.
A key objective within affective computing is the quantification of expressive behaviors – such as facial muscle activations and speech patterns – to detect mood disorders like depression and enhance human–machine communication.
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Successful Projects
Development of a screening and support portal as an extensive psycho-social diagnostic mode for refugees
Features extraction of auditory, visual, and physiological data for diagnosis system of affective disorders
A holistic view of interrelated frailties to reduce frailty risk by improving overall well-being
Audio and facial expression based pain monitoring system
Desktop and virtual reality-supported module variants to bridge waiting times between therapy sessions and enrich ambulant therapy
Support of acute therapy and relapse prevention in the deep psychological treatment
Sudden sickness, distraction, and mind wondering detection by camera and audio based approaches for hand over situations in autonomous driving
Camera-Based Monitoring of Safety-Critical Driver Conditions
Evaluation of multiple fatigue intervention systems
Multimodal physiological measurements of mental workload for evaluating ADAS
Multimodal hypovigilance measures
Psychophysiological data collection (EEG, EDA, ECG)
A predictive modelling techniques and pattern recognition-based approach
Optimize stress induction with virtual-reality scenarios
Computer vision-based detection of attention
Developing of emphatic dialog systems: an EU-Japanese collaboration