Testing Peepers on Pixels: A Demo of Human Recognition Accuracy for Low Resolution Faces

How well can humans recognize faces at extremely low resolution? We conducted a controlled study with 100 participants to evaluate this question—and now FG2025 attendees can try it for themselves. Our interactive demo challenges attendees to match heavily degraded probe images to high-quality reference images, simulating conditions common in operational face recognition contexts. In doing so, it highlights the perceptual limits of human recognition and the risk of misidentification in high-stakes settings. The demo runs offline on standard laptops, collects no personal data, and takes about three minutes to complete.

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Publication Details

Published
2025-05-26
DOI
https://doi.org/10.1109/fg61629.2025.11099247
Primary Topic
Face recognition and analysis
Type
article
Field-Weighted Citation Impact
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article

Testing Peepers on Pixels: A Demo of Human Recognition Accuracy for Low Resolution Faces

Xavier Merino, Kevin W. Bowyer, Gabriella Pangelinan, Samuel Langborgh et al.
Face recognition and analysis
article

Testing Peepers on Pixels: A Demo of Human Recognition Accuracy for Low Resolution Faces

Xavier Merino, Kevin W. Bowyer, Gabriella Pangelinan, Samuel Langborgh, Michael C. King
article en

Abstract

How well can humans recognize faces at extremely low resolution? We conducted a controlled study with 100 participants to evaluate this question—and now FG2025 attendees can try it for themselves. Our interactive demo challenges attendees to match heavily degraded probe images to high-quality reference images, simulating conditions common in operational face recognition contexts. In doing so, it highlights the perceptual limits of human recognition and the risk of misidentification in high-stakes settings. The demo runs offline on standard laptops, collects no personal data, and takes about three minutes to complete.

Florida Institute of Technology (US), University of Notre Dame (US)
Openalex Percentile: Top 82%
Face recognition and analysis
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