In the context of affective human behavior analysis, we use the term continuous input to refer
to naturalistic settings where explicit or implicit input from the subject is continuously …

Robots that have different forms and capabilities are used in a wide variety of situations;
however, one common point to all robots interacting with humans is their ability to …

Despite major advances within the affective computing research field, modelling, analysing,
interpreting and responding to naturalistic human affective behaviour still remains as a …

We present a systematic survey of computational research in humanrobot interaction (HRI)
over the past decade. Computational HRI is the subset of the field that is specifically …

Body movements communicate affective expressions and, in recent years, computational
models have been developed to recognize affective expressions from body movements or to …

Participating in interaction requires not only coordination on content and process, as
previously proposed, but also on affect. The term affective grounding is introduced to refer to …

Mood disorders affect more than 300 million people worldwide and can cause devastating
consequences. Elderly people and patients with neurological conditions are particularly …

Coordination of human–robot joint activity must depend on the ability of human and artificial
agencies to interpret and interleave their actions. In this paper we consider the potential of …

The detailed description of behaviour of the interacting parties is becoming more and more
important in human–robot interaction (HRI), especially in social robotics (SR). With the rise …

Human affective behavior is multimodal, continuous and complex. Despite major advances
within the affective computing research field, modeling, analyzing, interpreting and …