HIR-ALIGN augments limited target data for hyperspectral restoration by creating proxy clean images, synthesizing aligned HSIs with blur-robust diffusion and warp-based transfer, then finetuning models to lower target-domain risk.
Enhanced 3dtv regularization and its applications on hsi denoising and compressed sensing,
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HAIR restores TIR hyperspectral images via a TeX physical model from HADAR and RTE, outperforming prior methods in denoising, inpainting, calibration, and super-resolution.
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HIR-ALIGN: Enhancing Hyperspectral Image Restoration via Diffusion-Based Data Generation
HIR-ALIGN augments limited target data for hyperspectral restoration by creating proxy clean images, synthesizing aligned HSIs with blur-robust diffusion and warp-based transfer, then finetuning models to lower target-domain risk.
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HADAR-Based Thermal Infrared Hyperspectral Image Restoration
HAIR restores TIR hyperspectral images via a TeX physical model from HADAR and RTE, outperforming prior methods in denoising, inpainting, calibration, and super-resolution.