Amir Rasouli
Noah's Ark
World models are frameworks that learn the internal representation of the world and are able to predict its future states. World modeling is not a new concept, however, in recent years due to significant improvement in computational power and abundance of available data, building effective world models is becoming a reality. World models are universally regarded as the next frontier in AI and a path to achieving human-level intelligence.
This workshop brings researchers from academia and industry working at the intersection of computer vision, robotics, language, and generative modeling to explore what distinguishes world models from other predictive systems, such as video generation models,whether existing world models are sufficient for embodied AI, which modalities a good world model should posses, what data and learning schemas are best suited for training world models, and how to effectively integrate world models within embodied AI.
We invite original research contributions on world modeling and embodied AI, aligned with any of the topics of interest of the workshop. The submitted work is limited to 14 pages (excluding references) and should follow the official ECCV'26 guidelines. The submissions are evaluated based on the novelty, relevance to the workshop topics, and significance. The accepted papers will be included in ECCV workshop proceedings.
Noah's Ark
Noah's Ark
U of Waterloo
TU Delft
U of Guelph
U of Alberta
Meta
U of Montreal
U of Waterloo
For questions about submissions, the program, or workshop logistics, please contact the organizing team:
Email: eccv26.wmeai@gmail.com