Call for Papers CASAXR 2026

https://cgs-network.org/CASAXR26/

Geneva, Switzerland, June 1-3, From Animation to Immersion

For over three decades, the International Conference on Computer Animation and Social Agents (CASA) has been the first and the leading forum for research and innovation in computer animation, virtual humans, and intelligent agents. As the field continues to expand toward immersive and interactive experiences, we are excited to announce the evolution of our name to reflect this broader vision:

CASAXR: International Conference on Computer Animation, Social Agents, and Extended Reality

The new name CASAXR embraces the growing integration of Virtual Reality (VR), Augmented Reality (AR), and Mixed Reality (MR) technologies with traditional computer animation and social agent’s research.

The conference CASAXR 2026 is organized by the University of Geneva, MIRALab, and the Computer Graphics Society (CGS).

CASAXR 2026 invites papers on but not limited to:

• Computer animation and Motion Technology

• Socially intelligent virtual humans and agents

• Virtual and Augmented reality systems

• Immersive interaction and storytelling

• AI for animation and XR environments

• Diffusion Models for Motion Synthesis

• LLM in XR and Animation

• Generative AI for Animation and Virtual Words

• Applications and Evaluations

All accepted papers will be published in the Journal CAVW (Computer Animation & Virtual Worlds) published by Wiley. Workshops papers will be published in a LNCS book published by Springer.

We look forward to welcoming researchers, creators, and innovators to CASAXR 2026.

Join us as we explore the frontier where animation meets extended reality.

IMPORTANT DATES

* Submission deadline: February 15, 2026

* Preliminary Notification to Authors: March 30, 2026

* Revised papers submission deadline for CAVW journal: April 15, 2026

* Final Notification of CAVW Journal: May 10, 2026

* Author Registration: May 12 (final deadline)

For more information, visit website https://cgs-network.org/CASAXR26/