AI & ML
Artifact Filtering versus Artifact-Compensated Training in JPEG to JPEG AI Recompression
arXiv eess.IV0 views
arXiv:2611.13029v1 Announce Type: new Abstract: In this paper, we consider the problem of recompression of images from JPEG to JPEG AI format. We show that direct recompression from JPEG to JPEG~AI trained on uncompressed images is accompanied by the preservation of the JPEG image artifacts in the resulting JPEG~AI image. In order to avoid it, we evaluate an approach where an artifacts removal neural network is first applied to the input JPEG image as an external pre-filter. However, in this case, the processing time is increased by 29 times. Therefore, we propose an artifact-compensated training for JPEG AI and show that it is able to combine pre-filtering against target distortions with efficient compression without increase in the processing time.
Source:https://arxiv.org/abs/2611.13029PreviousIs a CNN-Transformer Ensemble Worth It When a Chest X-Ray Foundation Model Is Available?NextSNIF: a Self-Navigator Intelligent Filter correcting off-center and spin-history artifacts in quasi-random radial MRI
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