ANIVAE

Call for Papers

8th IEEE VR Internal Workshop on Animation in Virtual and Augmented Environments

8.3.2025 in Saint-Malo, France (held on-site)

held in conjunction with IEEE Virtual Reality 2025

Description

Animation is a comprehensive and heterogeneous media form. Often associated with cinema and television, animated images have entered many areas of life, particularly games, installations, or data visualizations, taking on operative, communicative, epistemic, and didactic tasks, among other things. In this context, Suzanne Buchan (2013) speaks of pervasive animation, a media world in which animated images are omnipresent. In one of the most innovative fields of media production, augmented and virtual reality, animation is an integral part of artistic, scientific, and economic applications in animated forms as well as mixed with live-recorded footage. In both fields, generative AI is applied in various aspects of production. Within the animation process, it assists, for example, in story development and animatics, character design and animation, or virtual-scene creation. For AR/VR it is not only useful for procedural content creation but also enhances interactive and dynamic environments, scene and context understanding, and creates more complex avatars or non-player characters.

Connecting specialists from various digital humanities research areas (such as animation, games, and media studies) with experts from vision-oriented computer science areas (such as computer graphics, information visualization or AI) and experts from technically oriented computer science areas (such as data integration, internet of things, or smart automation), the ANIVAE workshops aim to create an open and exciting environment. By encouraging synergies of interdisciplinary approaches, the workshop maps animation within the AR/VR context from different angles and creates new knowledge in this research field.

ANIVAE wants to account for the state-of-the-art research in digital humanities with (software) design and visualization for AVR systems, to shape a common understanding, to compare systems and approaches and derive common paradigms, to develop useful and necessary methods and techniques, and to foster new ideas.

Organizers

Thomas Moser (St. Pölten University of Applied Sciences), thomas.moser@fhstp.ac.at

Franziska Bruckner (St. Pölten University of Applied Sciences), franziska.bruckner@fhstp.ac.at

Jürgen Hagler (University of Applied Sciences Upper Austria), juergen.hagler@fh-hagenberg.at