Affective Computing

Affective computing is increasingly relevant in today's technology-driven world, where understanding and interpreting affective states is essential for enhancing user experiences and improving interactions between humans and machines across a broad spectrum of application scenarios.

We develop technologies that can recognize, analyze, and respond to affective states in real-time. Our AI-based solutions operate reliably and robustly under varying environmental conditions, effectively bringing affective computing into practical applications.

From Data to Analytics: Our Portfolio & Infrastructure

We develop hardware and software designed to detect human states that extend beyond mere affect by analyzing psycho-physiological signals.

Our technologies enable the detection of stress phases and instances of cognitive overload, making them well-suited for applications in healthcare and well-being, the automotive industry, industrial safety, and other sectors where managing cognitive overload and stress is a critical challenge.

 

Sensor Solutions

Capturing biosignals and body functions

We offer customized sensor integration that promises high data quality. Our solutions include built-in sensors in everyday objects and medical metrology.

 

Center for Sensor Technology and Digital Medicine

Offering unique infrastructure and reference systems

Specially equipped laboratories enable the development, integration, and validation of innovative affective computing technologies.

 

Subject studies

Correctly interpeting
unconscious reactions

We conduct subject studies for the implicit analysis of patient, user, or consumer reactions. Our services encompass the complete workflow, including study setup, data acquisition, and data processing.

News & Research Topics

 

Project BioFace

Contactless Biofeedback in MRI Systems

 

FORSocialRobots – Social robots for industry, service, medicine and care

 

Affective Computing – Publications