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Aleksandar/NearID-SDXL_1024

NearID-SDXL_1024 — Near-Identity Distractors (Stable Diffusion XL inpainting) This dataset contains near-identity distractors generated by Stable Diffusion XL inpainting at 1024×1024 resolution as part of the NearID project. Each sample contains up to 3 distractor images (nimg1, nimg2, nimg3): different but visually similar instances inpainted into the exact same background/context as the corresponding anchor in the base Aleksandar/NearID dataset. These distractors are… See the full description on the dataset page: https://huggingface.co/datasets/Aleksandar/NearID-SDXL_1024.

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Dataset Card

NearID-SDXL_1024 — Near-Identity Distractors (Stable Diffusion XL inpainting)

![ECCV 2026](https://arxiv.org/abs/2604.01973) ![Model](https://huggingface.co/Aleksandar/nearid-siglip2) ![Paper](https://huggingface.co/papers/2604.01973) ![Project Page](https://gorluxor.github.io/NearID/) ![GitHub](https://github.com/Gorluxor/NearID) ![KAUST](https://www.kaust.edu.sa/) ![Snap Research](https://research.snap.com/)

This dataset contains near-identity distractors generated by Stable Diffusion XL inpainting at 1024×1024 resolution as part of the NearID project.

Each sample contains up to 3 distractor images (nimg1, nimg2, nimg3): different but visually similar instances inpainted into the exact same background/context as the corresponding anchor in the base Aleksandar/NearID dataset. These distractors are used to train and evaluate identity embeddings that distinguish true identity from contextual shortcuts.

Quick Start

python
from datasets import load_dataset

# Load this negative source
ds = load_dataset("Aleksandar/NearID-SDXL_1024")

# Load base positives for anchor/positive pairs
positives = load_dataset("Aleksandar/NearID")

Dataset Structure

ColumnTypeDescription
idint64Sample ID (matches the base NearID dataset)
categorystringObject category (rigid)
category_descriptionstringNatural language description of the object
nimg1, nimg2, nimg3imageNear-identity distractor images (up to 3 per sample)
n_imagesint64Number of valid distractor images
objaverse_idstringSource Objaverse object identifier
prompts1, prompts2, prompts3stringGeneration prompts for each distractor
qualitystringQuality label

How the Distractors Were Generated

  1. 1.For each anchor identity in the base NearID dataset, a semantically similar but different object instance was retrieved.
  2. 2.The distractor instance was inpainted into the same background as the anchor using Stable Diffusion XL inpainting.
  3. 3.Resolution: 1024×1024 pixels.

This creates a controlled test: a model must rely on intrinsic identity features, not background context, to distinguish anchor from distractor.

All NearID Datasets

DatasetDescriptionResolution
Aleksandar/NearIDMulti-view positives (anchor + positive views)Base
Aleksandar/NearID-FluxNear-identity distractors via FLUX.1 inpainting512×512
Aleksandar/NearID-Flux_1024Near-identity distractors via FLUX.1 inpainting1024×1024
Aleksandar/NearID-FluxCNear-identity distractors via FLUX.1 Canny-guided inpainting512×512
Aleksandar/NearID-FluxC_1024Near-identity distractors via FLUX.1 Canny-guided inpainting1024×1024
Aleksandar/NearID-PowerPaintNear-identity distractors via PowerPaint inpainting512×512
Aleksandar/NearID-QwenNear-identity distractors via Qwen-based inpainting512×512
Aleksandar/NearID-Qwen_1328Near-identity distractors via Qwen-based inpainting1328×1328
Aleksandar/NearID-SDXLNear-identity distractors via Stable Diffusion XL inpainting512×512
Aleksandar/NearID-SDXL_1024Near-identity distractors via Stable Diffusion XL inpainting1024×1024← this dataset

Related

License & Attribution

This dataset is released under CC-BY-4.0. It is derived from the SynCD dataset (MIT License, Copyright 2022 SynCD). If you use this dataset, please cite both NearID and SynCD.

Citation

bibtex
@article{cvejic2026nearid,
  title={NearID: Identity Representation Learning via Near-identity Distractors},
  author={Cvejic, Aleksandar and Abdal, Rameen and Eldesokey, Abdelrahman and Ghanem, Bernard and Wonka, Peter},
  journal={arXiv preprint arXiv:2604.01973},
  year={2026}
}