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The main focus of our workshop is on computer vision tasks that operate at instance-level, including both recognition (instance-level recognition - ILR) and generation (instance-level generation - ILG), denoted as ILR+G. More precisely, ILR+G is the task of identifying, comparing, and generating images of specific objects, scenes, or events. This year, we expand the scope of our workshop to ILG and the potential synergy between ILG and ILR. We will organize a call for papers, and host keynote talks by renowned speakers and invited paper talks from the main conference. The 2025 Instance-Level Recognition and Generation (ILR+G) Workshop is a follow-up of six successful editions of our previous workshops — the first two having focused only on landmark recognition (, ), the following ones expanding to the domains of artworks and products (, ), introducing the universal image embedding problem (), and the latest one introducing a call for papers ().
We call for novel and unpublished work in the format of long papers (up to 8 pages) and short papers (up to 4 pages). Papers should follow the and will be reviewed in a double-blind fashion. Selected long papers will be invited for oral presentations; all accepted papers will be presented as posters. Only long papers will be published in the ICCV workshop proceedings. All submissions will be handled electronically via the .
Topics of interest include
The task of person and vehicle re-identification clearly falls within our definition of ILR. Nevertheless, because of its social implications, we intentionally omit it from the list of topics.
Important Dates
Questions? Please reach out to us at ilr-workshop@googlegroups.com
Google DeepMind
Google DeepMind
Google DeepMind
Czech Technical University
Osaka University
Google DeepMind
Czech Technical University (Primary Contact)
Czech Technical University
Amazon
Czech Technical University
Amazon
The Microsoft CMT service was used for managing the peer-reviewing process for this conference. This service was provided for free by Microsoft and they bore all expenses, including costs for Azure cloud services as well as for software development and support.
© 2025 ILR+G 2025
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