WVAQ: Image/Video/Audio Quality Assessment in Computer Vision, VLM and Diffusion Model

6th Workshop on Image/Video/Audio Quality Assessment in Computer Vision, VLM and Diffusion Model
at the IEEE/CVF Winter Conference on Applications of Computer Vision (WACV) 2027

About the Workshop

This workshop addresses topics related to image/video/audio quality assessment in machine learning, computer vision, VLM, Diffusion Models, and other types of generative AIs.

Image, video, and audio quality significantly impacts machine learning and computer vision systems, yet remains underexplored by the broader research community. Real-world applications—from streaming services and autonomous vehicles to cashier-less stores and generative AI—critically depend on robust quality assessment and improvement techniques. Despite their importance, most visual learning systems assume high-quality inputs, while in reality, artifacts from capture, compression, transmission, and rendering processes can severely degrade performance and user experience.

This workshop is particularly timely given the explosive growth of generative AI, which introduces new challenges in quality assessment for both inputs and outputs. By bringing together researchers from industry and academia, we aim to systematically investigate how quality issues affect various visual learning tasks and develop innovative assessment and mitigation techniques. Building on the success of our previous workshops at WACV (2022–2026), we expect to stimulate new research directions and attract more talent to this critical field, ultimately improving the robustness and reliability of computer vision applications across industries.

Key Topics

The topics include, but are not limited to:

  • Impact of image/video/audio quality in traditional machine learning and computer vision use cases such as object detection, segmentation, tracking, and recognition
  • Analyze, model and learn the quality impact from image/video/audio acquisition, compression, transcoding, transmission, decoding, rendering, and/or display
  • Techniques used to improve image/video/audio quality: brightening, color adjustment, sharpening, inpainting, deblurring, denoising, de-hazing, deraining, demosaicing
  • Removing artifacts such as shadows, glare, and reflections
  • Resolution, frame rate, color gamut, dynamic range (SDR vs. HDR)
  • Noise/echo cancellation, speech enhancement
  • Novel image/video/audio quality assessment methodologies: full reference, reduced-reference, and non-reference
  • Impact of image/video/audio quality in multi-modal use cases
  • Evaluate image/video/audio quality produced by generative AI
  • Evaluate the hallucination effects in image and video super-resolution and restoration using diffusion models
  • Techniques to measure the quality consistency across different types of content in video (such as ads, movies, streamed content, etc.)
  • Datasets, statistics, and theory of image/video/audio quality
  • Research, applications and system development of the above

Invited Speakers

Prof. Sudeep Sarkar

Professor and Chair, Computer Science and Engineering
University of South Florida

Visual Recognition and Measurement Tasks in Adverse Imaging Conditions

✓ Confirmed

Workshop Schedule

Full-Day Workshop
Orlando, FL, USA · January 4-8, 2027

The schedule below is tentative and subject to change.

8:00 - 9:00 Keynote 1
9:00 - 11:30 Oral Session 1
(including 30 mins break)
11:30 - 13:00 Lunch
13:00 - 14:00 Keynote 2
14:00 - 16:00 Oral Session 2
16:00 - 17:00 Poster Session

Call for Papers

We invite original submissions to the 6th Workshop on Image/Video/Audio Quality Assessment in Computer Vision, VLM and Diffusion Model (WVAQ) at WACV 2027.

Proceedings

Papers accepted by this workshop will be published in the conference proceedings.

Submission Portal

Important Dates

Submission Deadline: October 12, 2026
Author Notification: October 23, 2026
Camera-Ready Deadline: November 2, 2026
Workshop Date: TBD

Submission Guidelines

  • All submissions should follow the same template as for the main WACV 2027 conference, and be submitted via the OpenReview link provided on the workshop website.
  • Papers accepted by this workshop will be published in the conference proceedings.

Review Policy

This workshop follows a single-blind review process. Author names and affiliations should be included in the submitted manuscript, and submissions do not need to be anonymized. Reviewer identities remain confidential and are not disclosed to authors.

Social Impact

We expect the topics covered by this workshop to have broad positive societal impact. Advances in computer vision and generative AI can improve content creation, media restoration and enhancement in the movie and UGC industries. In particular, developing evaluation methods that better align with human perception—such as detecting hallucinations, temporal inconsistencies, and localization errors beyond existing objective quality metrics—can lead to more reliable and trustworthy AI systems.

At the same time, we recognize that these technologies may also be misused, for example to create misleading synthetic media or raise concerns related to privacy, fairness, and misinformation. We encourage authors to discuss the broader societal implications of their work where appropriate. In addition to technical quality and novelty, the organizing committee will consider responsible research practices and potential societal impact during the review process.

Organizers

Dr. Yarong Feng

Applied Scientist
Amazon

Ph.D. in Statistics from George Washington University. Research interests include probability theory, random graphs, audio signal processing, computer vision, and deep learning.

Dr. Zongyi (Joe) Liu

Principal Computer Vision Scientist
Amazon

Ph.D. in Computer Science and Engineering from University of South Florida. 15+ years of industrial research experience in computer vision, image processing, and signal processing, with 20+ publications (including CVPR and PAMI) and 10+ patents.

Dr. Qipin Chen

Applied Scientist
Amazon

Ph.D. in Computational Mathematics from Penn State University. Specializes in computer vision, multimodal learning, and natural language processing, with 8 publications (including JCS and ICIP) and two patents.

Program Committee

Tentative program committee:

  • Minmin Shen, Amazon
  • Kumar Rahul, Amazon
  • Xiang Shen, Meta
  • Yao Li, Microsoft
  • Yumeng Ma, Apple
  • Ruiduo Yang, Google

Contact

For any questions or inquiries, please contact us at:

Email: wacv2027-image-quality-workshop@amazon.com