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Making Old Film Great Again: Degradation-aware State Space Model for Old Film Restoration

CVPR 2025 · Video › Video segmentation and tracking · approach: Video restoration with temporal priors · 2 citations (OpenAlex)

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Proposes MambaOFR, a recurrent Mamba-based old film restoration model with degradation-aware prompts and flow-guided mask deformable alignment, plus a new synthetic/real-world old film benchmark (SRWOV).

Problem

Old film restoration must handle complex, composite analog and digital degradations plus structured defects (scratches, cracks, stripes) that propagate across frames; existing specialized methods lag behind general video restoration methods, and no unified public benchmark exists.

Approach

Combines a 2-D selective state space (Mamba) recurrent restoration network with a degradation-aware prompt block that generates dynamic convolution parameters from global context, and a flow-guided mask deformable alignment module that predicts soft masks to stop structured defects from propagating through time.

Key results

Measured effects reported in the paper

What was changedWhereMeasuredEffect
use MambaOFR instead of ShiftNetOld film restoration · SRWOV syntheticPSNR (dB): 26.0208 -> 26.9340Helped
use MambaOFR instead of RTNOld film restoration · SRWOV syntheticLPIPS: 0.1025 -> 0.0538Helped
use MambaOFR instead of RTNOld film restoration · SRWOV real-worldBRISQUE: 28.9296 -> 19.1769Helped
add the Mamba block instead of a Swin-Transformer block (ablation)MambaOFR · SRWOV syntheticPSNR (dB): 26.1231 -> 26.9340Helped
add the degradation-aware prompt block instead of standard convolution and attention (ablation)MambaOFR · SRWOV syntheticPSNR (dB): 26.1432 -> 26.9340Helped
add flow-guided mask deformable alignment instead of mask-based alignment (ablation)MambaOFR · SRWOV syntheticPSNR (dB): 26.3467 -> 26.9340Helped
increase prompt parameter groups from 4 to N=16 (ablation)MambaOFR · SRWOV syntheticPSNR (dB): 26.3546 -> 26.9340Helped
increase prompt parameter groups from 8 to N=16 (ablation)MambaOFR · SRWOV syntheticPSNR (dB): 26.5891 -> 26.9340Helped

Surprising findings

Limitations

Experimental setup

Datasets: REDS SRWOV (proposed)

Benchmarks: SRWOV synthetic part SRWOV real-world part

Metrics: PSNR SSIM LPIPS DISTS NIQE BRISQUE CLIPIQA+

Baselines: DeOldify OldPhoto DeepRemaster RTN VRT RVRT ShiftNet

Builds on: Mamba vision mamba dynamic convolution RTN RAFT-style optical flow

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