Index

Through the use of biomechanical simulations, we can analyze human movements to gain valuable insights into performance or health conditions. This means that we can externally observe the internal states of a person. Additionally, we can create entirely new movements, for instance, to virtually test...

Kategorie: LNOS

To automatically capture depression-associated facial expressions in humans, the research of the sub-project D02 employs Empathokinesthetic Sensor technology and Machine Learning methods. The ongoing advancements in Artificial Intelligence (AI) provide exciting opportunities for interdisciplinary co...

Kategorie: LNOS

To capture the effects of acute stress on posture and movement as naturally as possible, sub-project D03 uses modern sensor technology, known as "Motion Capture" techniques, to generate kinematic body models. From these models, movement characteristics are extracted and assessed using Artificial Int...

Kategorie: LNOS

Thema: “Der Zusammenhang zwischen der Einstellung gegenüber neuen Technologien im Gesundheitsbereich und dem Big 5 Persönlichkeitsmodell unter Berücksichtigung von geschlechtsspezifischen Unterschieden – eine ethisch-psychologische Analyse“ Supervisors: Felicitas Hauck, Eva Maria Hille and Veroni...

Kategorie: Student Involvement

The "Highly Cited Researchers List" also lists the 7127 most influential researchers worldwide in 2023. With 336 researchers on the list, Germany is in 4th place. Prof. Dr. Robert Schober, PI in our EmpkinS project B02, is once again one of the most cited scientists in his field. The Highly Cited ...

Kategorie: Allgemein, Awards, News