AutoWSD

Development and evaluation of a human machine interface to support mode awareness in different automated driving modes

“…This can for example be done in a study comparable to Phase 3 of the current study, but by additionally coupling a physical steering wheel, a shifter and brake and gas pedals with the virtual environment (similar study setups have been proposed, e.g. Riegler et al, 2019a;Riegler et al, 2019b). Mode transfers can then be presented in addition to driving in the different modes and participants can respond to these transfers through the added physical components.…”

A Mythic Belief Regarding Trust in Artificial Intelligence: Uncovering the Role of Responsibility Perception for AI Use in Decision Makings

“…Presence describes a feeling of being and acting in the simulated environment and can be measured by standardized questionnaires (Schwind et al, 2019). The reviewed literature suggests and uses mainly a hand or body representation to create a sense of presence, e.g., (Riegler et al, 2019a). Moreover, the experimental situation must be presented in a way that is perceived as such a nd taken seriously (R2 Situation Representation) (Kinateder et al, 2012).…”

“…The same applies to a possible experimental treatment. In the case of warnings, even if a multimodal warning is investigated, all components of it (e.g., audio or vibration) must be able to be experienced in the virtual world (Duarte et al, 2010;Riegler et al, 2019a).…”

Towards Personalized 3D Augmented Reality Windshield Displays in the Context of Automated Driving

“…We used the open-source VR driving simulator AutoWSD (Riegler et al, 2019b;Riegler et al, 2019d), and adapted it to allow participants to freely move and adjust content windows on a simulated 3D AR windshield display while driving through a virtual city or highway scene. We utilized VR in order to keep the experiment in a safe and controlled environment (De Winter et al, 2012;Riegler et al, 2021b).…”