Research on embodiment of objects external to the human body has revealed important
information about how the human nervous system interacts with robotic lower limb …

Increasing presence is one of the primary goals of virtual reality research. A crucial aspect is
that users are capable of distinguishing their self from the external virtual world. The …

Subjective experience of human control over remote, artificial, or virtual limbs has
traditionally been investigated from two separate angles: presence research originates from …

Brain-machine interfaces (BMI) allows individuals to control an external device by controlling
their own brain activity, without requiring bodily or muscle movements. Performing voluntary …

The rubber hand illusion describes a phenomenon in which participants experience a
rubber hand as being part of their body by the synchronous application of visuotactile …

Literature highlights how trainings in virtual and augmented settings can contribute to a
higher level of embodiment of bionic prosthetic limbs. In this paper, a Spatial Augmented …

The question how humans integrate artificial lower limb devices into their body schema has
distinct potential for engineering motion assistance systems, eg, the design of robotic …

Virtual reality allows us to operate bodies that differ substantially from our own. However,
avatars with different topologies than the human form require control schemes and …

This study introduces a novel approach for evaluating the quality of human-in-the-loop
control using the psychological construct of embodiment in a haptic human-machine …

Literature highlights how virtual and augmented settings offer engaging solutions to improve
one's feeling of an artificial limb embodiment. In this paper, we explored the potential of a …