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what is awesome-guided-image-restoration fr?

jingyixu404/awesome-guided-image-restoration — explained in plain English

Analysis updated 2026-05-18

54Audience · researcher

tl;dr

A curated reading list of research papers, code, and datasets about improving images using a second guiding image, such as color guiding depth or thermal photos.

vibe map

mindmap
  root((Guided Image Restoration))
    What it does
      Curated paper list
      No installable code
      Reference resource
    Tech stack
      Research papers
      Datasets
    Use cases
      Find research papers
      Locate reference code
      Find benchmark datasets
    Audience
      Researchers
      Developers
    Topics
      Super resolution
      Denoising
      Deblurring dehazing

Code map

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what do people make with this?

VIBE 1

Find existing research papers on guided image super-resolution, denoising, or deblurring.

VIBE 2

Locate open source code implementations of published image restoration methods.

VIBE 3

Find datasets for training or benchmarking a guided image restoration model.

how it stacks up fr

jingyixu404/awesome-guided-image-restoration21lochan/3dmark-pro-benchmark-core42web-kenya/arcgis-pro-resource-kit
Stars545454
LanguageHTMLHTML
Setup difficultyhardhard
Complexity3/53/5
Audienceresearchergeneralgeneral

Figures from each repo's GitHub metadata at analysis time.

in plain english

This repository is not a piece of software you install or run. It is a curated reading list, sometimes called an awesome list, that collects academic papers, open source code links, and datasets on a research topic called guided or multi-modal image restoration. That field studies how to improve one type of image, such as a low resolution depth photo, by using information from a second related image, such as a normal color photo of the same scene, to fill in missing detail or remove noise. The list is organized by task, covering things like combining several restoration jobs into one all in one model, boosting the resolution of images using a second guiding image, removing noise, brightening low light photos, removing blur, removing haze or rain, and filling in missing or damaged parts of an image. Within resolution boosting, it further breaks things down by the type of guiding image used, such as color photos guiding depth sensors, thermal cameras, hyperspectral sensors, satellite imagery, or medical MRI scans. Each entry in the tables lists the paper's publication year, title, a short name for the method, where it was published, a link to the authors' code if it exists, and a few keywords describing the technique. A second major section collects datasets used for training and testing these methods, again organized by task and split between artificially generated and real world data. The README says the project is continuously updated and welcomes contributions through GitHub issues. There is no installation or usage instructions because there is nothing to run: the value of the repository is purely as an organized reference point for researchers and developers who want to find existing papers, code, and datasets in this specialized area of computer vision. The full README is longer than what was shown.

prompts (copy fr)

prompt 1
Summarize the main categories of guided image restoration covered in this list.
prompt 2
Help me find a dataset for RGB guided depth image super-resolution from this list.
prompt 3
Explain the difference between guided image super-resolution and guided image denoising.
prompt 4
Which of the listed papers include open source code I could build on?
peek the repo → explain another one

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