Agents in Interactions, from Humans to Robots

In conjunction with CVPR 2025, Nashville, TN, USA

Time: June 12th Whole-Day

Room: TBD




Speakers Call For Paper Organizers

Overview

The goal of this workshop is to build communication among researchers who study human modeling and robotics, both of which can be considered as physical agents that interact with the world. In recent years, computer vision researchers have focused on creating digital twins of humans in virtual environments that behave like real humans, and at the same time roboticists have worked on building physical agents capable of interacting with the real world. We believe that the progress in one field can greatly benefit the other. On one hand, virtual humans can be considered as a special form of a robotic agent. On the other hand, robots can learn manipulation and locomotion from human demonstrations, including from simulated humans. Through the proposed workshop, we aim to bring these two fields together and explore common challenges - such as contact modeling, motion prediction, overcoming data paucity, the role of large-scale models, etc. We hope that our workshop will provide a suitable platforms for inspiring new research directions and solutions in this space.

Invited Spotlight Speakers (TBA)

Call For Paper

We accept 4-page extended abstracts or 8-page full papers submissions, excluding reference. The workshop papers are non-archival and we welcome submissions that were already submitted/accepted to other venues or the CVPR main coference. All submissions should use CVPR format and follow the CVPR 2025 author guidelines.
  • Submission Portal: OpenReview
  • Paper Submission Deadline: May 7th, 2025, 23:59:59 PST
  • Notification to Authors: May 23th, 2025
  • Camera-ready submission: June 2nd, 2025
Accepted papers will be invited for poster/oral presentation and will be displayed on the workshop website.

Reviewer Recruitment:If you are interested in contributing as a reviewer, please fill out this form!

Topics of Interest

  • Human-Object Interactions (HOI).
  • Long-Horizon Interactions.
  • Human Demonstration and Imitation Learning.
  • Real-time Human Reconstruction and Teleoperation.
  • Foundation Models for Humans and Robots.
  • Agent-Agnostic Representation and Embodiment Gap.
  • In Search for Data.
  • ...