Datasets:

Modalities:
Image
3D
Languages:
English
ArXiv:
DOI:
Libraries:
Datasets
License:
Antoine1091 commited on
Commit
7dda666
·
verified ·
1 Parent(s): 86d750d

Add dataset illustration triptych to README

Browse files

Update the dataset card to show raw_3d, 3d_segmented, and corresponding_image on one line.

README.md CHANGED
@@ -23,19 +23,21 @@ This dataset is associated with a public leaderboard hosted on Hugging Face Spac
23
 
24
  The dataset is associated with the following paper:
25
 
26
- ```
27
- @misc{gridnet-hd-dataset,
28
- title={GridNet-HD: A High-Resolution Multi-Modal Dataset for LiDAR-Image Fusion on Power Line Infrastructure},
29
- author={Antoine Carreaud and Shanci Li and Malo De Lacour and Digre Frinde and Jan Skaloud and Adrien Gressin},
30
- year={2026},
31
- eprint={2601.13052},
32
- url={https://arxiv.org/abs/2601.13052},
33
- }
34
- ```
35
 
36
 
37
  This repository hosts the official data splits and resources used in the experiments reported in the paper.
38
 
 
 
 
 
 
 
39
  ---
40
 
41
  ## 2. Dataset Structure
@@ -197,25 +199,23 @@ Please follow instructions on dedicated git repository for models running on thi
197
  - Baseline based on image segmentation and reprojection into LiDAR: [ImageVote baseline](https://huggingface.co/heig-vd-geo/ImageVote_GridNet-HD_baseline)
198
  - Baseline based on LiDAR 3D segmentation directly using Superpoint Trasnformer (SPT): [SPT baseline](https://huggingface.co/heig-vd-geo/SPT_GridNet-HD_baseline)
199
  - Baseline based on late fusion between softmax logits from SPT and ImageVote: [LateFusionMLP baseline](https://huggingface.co/heig-vd-geo/LateFusionMLP_GridNet-HD_baseline)
200
- - Baseline based on the recent PTv3 model: [PTv3 baseline](https://huggingface.co/heig-vd-geo/PTv3_GridNet-HD_baseline)
201
- - Baseline based on the current SOTA of 3D/2D fusion, DINO In The Room (DITR): [DITR baseline](https://huggingface.co/heig-vd-geo/PTv3_GridNet-HD_baseline)
202
 
203
  Results are visible here with the **best model** from 3 different baselines:
204
- | Baseline | ImageVote baseline | SPT baseline| Late fusion MLP| PTv3 IoU (%) | DITR IoU (%) |
205
- |---------------------------|-----------------------|---------------|------------------|---------------|------------------|
206
- | Class | IoU (Test set) (%)| IoU (Test set) (%)| IoU (Test set) (%)|IoU (Test set) (%)| IoU (Test set) (%)|
207
- | Pylon | 85.09 | 92.75 | 94.82 |97.12 | 96.81 |
208
- | Conductor cable | 64.82 | 91.05 | 94.40 |85.88 | 89.07 |
209
- | Structural cable | 45.06 | 70.51 | 82.52 |53.22 | 57.80 |
210
- | Insulator | 71.07 | 80.60 | 86.98 |90.63 | 93.20 |
211
- | High vegetation | 83.86 | 85.15 | 83.08 |88.30 | 88.81 |
212
- | Low vegetation | 63.43 | 55.91 | 47.64 |33.93 | 41.99 |
213
- | Herbaceous vegetation | 84.45 | 84.64 | 80.75 |91.72 | 90.05 |
214
- | Rock, gravel, soil | 38.62 | 40.63 | 42.89 | 51.88 | 44.26 |
215
- | Impervious soil (Road) | 80.69 | 73.57 | 80.26 |79.63 | 79.49 |
216
- | Water | 74.87 | 3.69 | 61.69 |29.68 | 71.86 |
217
- | Building | 68.09 | 57.38 | 61.40 |60.49 | 70.26 |
218
- | **Mean IoU (mIoU)** | **69.10** | **66.90** | **74.22** |**69.32** | **74.87** |
219
 
220
 
221
  ---
@@ -226,12 +226,6 @@ This dataset is released under the CC-BY-4.0 license.
226
 
227
  If you use this dataset, please cite the following paper:
228
 
229
- ```
230
- @misc{gridnet-hd-dataset,
231
- title={GridNet-HD: A High-Resolution Multi-Modal Dataset for LiDAR-Image Fusion on Power Line Infrastructure},
232
- author={Antoine Carreaud and Shanci Li and Malo De Lacour and Digre Frinde and Jan Skaloud and Adrien Gressin},
233
- year={2026},
234
- eprint={2601.13052},
235
- url={https://arxiv.org/abs/2601.13052},
236
- }
237
- ```
 
23
 
24
  The dataset is associated with the following paper:
25
 
26
+ > **Title**: GridNet-HD: A High-Resolution Multi-Modal Dataset for LiDAR-Image Fusion on Power Line Infrastructure
27
+
28
+ > **Authors**: Masked for instance
29
+
30
+ > **Conference**: Submitted to NeurIPS 2025
 
 
 
 
31
 
32
 
33
  This repository hosts the official data splits and resources used in the experiments reported in the paper.
34
 
35
+ <p align="center">
36
+ <img src="figures/raw_3d.png" alt="Raw 3D point cloud" width="32%" />
37
+ <img src="figures/3d_segmented.png" alt="Segmented 3D point cloud" width="32%" />
38
+ <img src="figures/corresponding_image.png" alt="Corresponding RGB image" width="32%" />
39
+ </p>
40
+
41
  ---
42
 
43
  ## 2. Dataset Structure
 
199
  - Baseline based on image segmentation and reprojection into LiDAR: [ImageVote baseline](https://huggingface.co/heig-vd-geo/ImageVote_GridNet-HD_baseline)
200
  - Baseline based on LiDAR 3D segmentation directly using Superpoint Trasnformer (SPT): [SPT baseline](https://huggingface.co/heig-vd-geo/SPT_GridNet-HD_baseline)
201
  - Baseline based on late fusion between softmax logits from SPT and ImageVote: [LateFusionMLP baseline](https://huggingface.co/heig-vd-geo/LateFusionMLP_GridNet-HD_baseline)
 
 
202
 
203
  Results are visible here with the **best model** from 3 different baselines:
204
+ | Baseline | ImageVote baseline | SPT baseline| Late fusion MLP|
205
+ |---------------------------|-----------------------|---------------|------------------|
206
+ | Class | IoU (Test set) (%)| IoU (Test set) (%)| IoU (Test set) (%)|
207
+ | Pylon | 85.09 | 92.75 | **94.82** |
208
+ | Conductor cable | 64.82 | 91.05 | **94.40** |
209
+ | Structural cable | 45.06 | 70.51 | **82.52** |
210
+ | Insulator | 71.07 | 80.60 | **86.98** |
211
+ | High vegetation | 83.86 | **85.15** | 83.08 |
212
+ | Low vegetation | **63.43** | 55.91 | 47.64 |
213
+ | Herbaceous vegetation | 84.45 | **84.64** | 80.75 |
214
+ | Rock, gravel, soil | 38.62 | 40.63 | **42.89** |
215
+ | Impervious soil (Road) | **80.69** | 73.57 | 80.26 |
216
+ | Water | **74.87** | 3.69 | 61.69 |
217
+ | Building | **68.09** | 57.38 | 61.40 |
218
+ | **Mean IoU (mIoU)** | 69.10 | 66.90 | **74.22** |
219
 
220
 
221
  ---
 
226
 
227
  If you use this dataset, please cite the following paper:
228
 
229
+ GridNet-HD: A High-Resolution Multi-Modal Dataset for LiDAR-Image Fusion on Power Line Infrastructure
230
+ Masked Authors
231
+ Submitted to NeurIPS 2025.
 
 
 
 
 
 
figures/3d_segmented.png ADDED

Git LFS Details

  • SHA256: 9d1950cbcee904469baf6cad98dbae9a15d528db8fbac52bad56fed230e6fbd6
  • Pointer size: 130 Bytes
  • Size of remote file: 78.9 kB
figures/corresponding_image.png ADDED

Git LFS Details

  • SHA256: 198319c459376781478fbbc2381c55698f87b8c66c6da245ca32e9af8350b4dd
  • Pointer size: 132 Bytes
  • Size of remote file: 1.82 MB
figures/raw_3d.png ADDED

Git LFS Details

  • SHA256: 086079442ded5f4b4a786b15c787d88d2eeb2d191d59b4c71e75e58dba3f93a8
  • Pointer size: 131 Bytes
  • Size of remote file: 802 kB