Impact of avatar facial anthropomorphism on body ownership, attractiveness and social presence in collaborative tasks in immersive virtual environments
Article dans une revue avec comité de lecture
Effective collaboration in immersive virtual environments requires to be able to communicate flawlessly using both verbal and non-verbal communication. We present two experiments investigating the impact of facial anthropomorphism on the sense of body ownership, avatar attractiveness, social presence and performance in two collaborative tasks. In the first experiment participants have to solve a construction game according to their partner’s instructions using three avatars presenting different facial properties. Results reveal no significant difference in terms of body ownership and social presence, but demonstrate significant differences in terms of attractiveness and completion duration of the collaborative task. Unexpectedly, correlation analyses also reveal a link between attractiveness and performance. The more attractive the avatar, the shorter the completion duration of the game. Our second experiment was designed to investigate further the potential impact of the task carried out on the sense of social presence using the same avatars. While we observed a very high sense of social presence in both tasks (asymmetric collaboration and negotiation) with every avatar, our results did not reveal significant difference between the three conditions. However, we observed statistically significant differences between the two task types. The scores of the co-presence and of the perceived message understanding dimensions of social presence were higher during the negotiation task. The sense of social presence appears to be task sensitive, especially when non-verbal communication becomes more important during face-to-face interaction in immersive collaborative virtual environments.
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Impact of Avatar Anthropomorphism and Task Type on Social Presence in Immersive Collaborative Virtual Environments Communication avec acteDUBOSC, Charlotte; GORISSE, Geoffrey; CHRISTMANN, Olivier; FLEURY, Sylvain; POINSOT, Killian; RICHIR, Simon (IEEE, 2021)Eliciting a sense of social presence is necessary to create believable multi-user situations in immersive virtual environments. To be able to collaborate in virtual worlds, users are represented by avatars (virtual characters ...
Effect of Avatar Anthropomorphism on Body Ownership, Attractiveness and Collaboration in Immersive Virtual Environments Communication avec acteGORISSE, Geoffrey; DUBOSC, Charlotte; CHRISTMANN, Olivier; FLEURY, Sylvain; POINSOT, Killian; RICHIR, Simon (The Eurographics Association, 2020)Effective collaboration in immersive virtual environments requires to be able to communicate flawlessly using both verbal and non-verbal communication. We present an experiment investigating the impact of anthropomorphism ...
Article dans une revue avec comité de lecturePOINSOT, Killian; GORISSE, Geoffrey; CHRISTMANN, Olivier; FLEURY, Sylvain; RICHIR, Simon (Hindawi, 2022-10-22)Nowadays, both text-based and 3D online applications rely on conversational agents and autonomous characters to interact with users. Previous experiments demonstrated that perceived agency, that is to say, one’s belief in ...
Article dans une revue avec comité de lectureGORISSE, Geoffrey; WELLENREITER, Simon; FLEURY, Sylvain; L´ECUYER, Anatole; RICHIR, Simon; CHRISTMANN, Olivier (Institute of Electrical and Electronics Engineers, 2023-10-02)Virtual reality (VR) provides users with the ability to substitute their physical appearance by embodying virtual characters (avatars) using head-mounted displays and motion-capture technologies. Previous research demonstrated ...
Visualizing the invisible: User-centered design of a system for the visualization of flows and concentrations of particles in the air Article dans une revue avec comité de lectureCHRISTMANN, Olivier; FLEURY, Sylvain; MIGAUD, Jérôme; RAIMBAULT, Vincent; POUSSARD, Benjamin; GUITTER, Thibaut; GORISSE, Geoffrey; RICHIR, Simon (SAGE Publications, 2022)This study presents two experiments addressing the representation of scientific data, in particular airflows, with a user-centered design approach. Our objective is to provide users feedback to data visualization designers ...