#image processing

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6 papers match

astro-ph.IM2026

DB-Bench: Benchmarking Deblenders for LSST DESC Using the Blending ToolKit

Aidan Berres, Grant Merz, Xin Liu +3

The paper evaluates several image deblending algorithms for LSST galaxy surveys using the Blending ToolKit, comparing their detection, segmentation, and reconstruction performance…

#deblending#galaxy surveys#lsst#image processing
eess.IV2026

TSOG: A Format For Temporally And Spatially Ordered Gaussians

Shady Gmira, Evangelos Alexiou, Emmanouil Potetsianakis +1

The paper introduces TSOG, a format that efficiently stores 4D Gaussian splatting data by adding temporal ordering to the existing Spatially Ordered Gaussians framework, achieving…

#4d gaussian splatting#temporal ordering#data compression#dynamic scene representation
math.AC2026

-Tessarine Toolbox: A high-performance MATLAB framework for hypercomplex tensor algebra

José Domingo Jiménez-López, Jesús Navarro-Moreno, Juan Carlos Ruiz-Molina

The paper presents the αβ‑Tessarine Toolbox, a high‑performance MATLAB framework for performing hypercomplex tensor algebra, including exact matrix factorizations, aimed at large‑s…

#hypercomplex algebra#tensor computations#MATLAB toolbox#image processing
cs.CV2026

FDDWAN: A Frequency-Decoupled Diffusion Network for Watermarking Attack

Chunpeng Wang, Yuxin Li, Xiaoyu Wang +3

The paper introduces FDDWAN, a two-stage neural network that removes invisible watermarks by first decomposing images with wavelets and then refining residuals with a diffusion mod…

#watermark removal#image processing#diffusion models#frequency domain
cs.CV2026

Color Pass-Through via Camera-Display Coupling

Ruikang Li, Molin Li, Jiarui Wu +3

The paper introduces an end-to-end learned framework called Color Pass-Through that jointly calibrates a camera and its display as a coupled system to more accurately reproduce the…

#color reproduction#camera-display calibration#end-to-end learning#computational photography
astro-ph.GA2026

Testing the recovery of the NGC 6505 Einstein ring in deep OSN 1.5-m imaging

Homer Dávila Gutiérrez, Julio Carlos Bertua Marasca, Alejandro Heredia Teva +4

The paper evaluates whether a deep 1.5‑m ground‑based R‑band image can recover the Einstein ring of the low‑redshift galaxy NGC 6505 discovered by Euclid, and finds that the ring i…

#gravitational lensing#einstein ring#ground-based imaging#image processing