Datasets:
image_id stringlengths 13 13 | image imagewidth (px) 470 720 | mask imagewidth (px) 470 720 | fov_mask imagewidth (px) 470 720 | video_id stringclasses 6
values | mask_type stringclasses 1
value |
|---|---|---|---|---|---|
anon001_02785 | video01 | gt | |||
anon001_02807 | video01 | gt | |||
anon001_02830 | video01 | gt | |||
anon001_02852 | video01 | gt | |||
anon001_03081 | video01 | gt | |||
anon001_03701 | video01 | gt | |||
anon001_03706 | video01 | gt | |||
anon001_03840 | video01 | gt | |||
anon001_03863 | video01 | gt | |||
anon001_03888 | video01 | gt | |||
anon001_03911 | video01 | gt | |||
anon001_03918 | video01 | gt | |||
anon001_03964 | video01 | gt | |||
anon001_04172 | video01 | gt | |||
anon001_04188 | video01 | gt | |||
anon001_04197 | video01 | gt | |||
anon001_04201 | video01 | gt | |||
anon001_04234 | video01 | gt | |||
anon001_04250 | video01 | gt | |||
anon001_04273 | video01 | gt | |||
anon001_04296 | video01 | gt | |||
anon001_04630 | video01 | gt | |||
anon001_04632 | video01 | gt | |||
anon001_04730 | video01 | gt | |||
anon001_04798 | video01 | gt | |||
anon001_04807 | video01 | gt | |||
anon001_04835 | video01 | gt | |||
anon001_06790 | video01 | gt | |||
anon001_07158 | video01 | gt | |||
anon001_07165 | video01 | gt | |||
anon001_07177 | video01 | gt | |||
anon001_07204 | video01 | gt | |||
anon001_07237 | video01 | gt | |||
anon001_07239 | video01 | gt | |||
anon001_07261 | video01 | gt | |||
anon001_07271 | video01 | gt | |||
anon001_07305 | video01 | gt | |||
anon001_07312 | video01 | gt | |||
anon001_07323 | video01 | gt | |||
anon001_08242 | video01 | gt | |||
anon001_08249 | video01 | gt | |||
anon001_08655 | video01 | gt | |||
anon001_08896 | video01 | gt | |||
anon001_09413 | video01 | gt | |||
anon001_09415 | video01 | gt | |||
anon001_09728 | video01 | gt | |||
anon001_09740 | video01 | gt | |||
anon001_09971 | video01 | gt | |||
anon001_10517 | video01 | gt | |||
anon001_10524 | video01 | gt | |||
anon001_10925 | video01 | gt | |||
anon001_11167 | video01 | gt | |||
anon001_11220 | video01 | gt | |||
anon001_13124 | video01 | gt | |||
anon001_13128 | video01 | gt | |||
anon001_13324 | video01 | gt | |||
anon001_14402 | video01 | gt | |||
anon001_17437 | video01 | gt | |||
anon001_17515 | video01 | gt | |||
anon001_17528 | video01 | gt | |||
anon001_17777 | video01 | gt | |||
anon001_17799 | video01 | gt | |||
anon001_17854 | video01 | gt | |||
anon001_17858 | video01 | gt | |||
anon001_17879 | video01 | gt | |||
anon001_17906 | video01 | gt | |||
anon001_17929 | video01 | gt | |||
anon001_17937 | video01 | gt | |||
anon001_17987 | video01 | gt | |||
anon001_17989 | video01 | gt | |||
anon001_18008 | video01 | gt | |||
anon001_18505 | video01 | gt | |||
anon001_18534 | video01 | gt | |||
anon001_18557 | video01 | gt | |||
anon001_18600 | video01 | gt | |||
anon001_19679 | video01 | gt | |||
anon001_19791 | video01 | gt | |||
anon001_19804 | video01 | gt | |||
anon001_19812 | video01 | gt | |||
anon001_19819 | video01 | gt | |||
anon001_19820 | video01 | gt | |||
anon001_19885 | video01 | gt | |||
anon001_19921 | video01 | gt | |||
anon001_19994 | video01 | gt | |||
anon001_20187 | video01 | gt | |||
anon001_20204 | video01 | gt | |||
anon001_20206 | video01 | gt | |||
anon001_20330 | video01 | gt | |||
anon001_20336 | video01 | gt | |||
anon001_20351 | video01 | gt | |||
anon001_20352 | video01 | gt | |||
anon001_20362 | video01 | gt | |||
anon001_20368 | video01 | gt | |||
anon001_20370 | video01 | gt | |||
anon001_20925 | video01 | gt | |||
anon001_20930 | video01 | gt | |||
anon001_20967 | video01 | gt | |||
anon001_20975 | video01 | gt | |||
anon001_21397 | video01 | gt | |||
anon001_21418 | video01 | gt |
FetoPlac — Fetoscopic Placental Vessel Segmentation (Bano et al., 2020)
Re-hosted mirror of the Fetoscopy Placenta Dataset released alongside "Deep Placental Vessel Segmentation for Fetoscopic Mosaicking" (Bano et al., MICCAI 2020). Intended for use with the EasyMedSeg benchmark.
Why this mirror exists
The canonical UCL WEISS host
(weiss-develop.cs.ucl.ac.uk/fetoscopy-data/...) went offline when the
WEISS lab merged into the Hawkes Institute and the open-data subtree was
retired. The full archive is not available on Zenodo, OSF, or
Kaggle, and the broader FetReg2021 Synapse release is a different
(gated, multi-class) dataset. This HF mirror is built from the
byte-identical Internet Archive Wayback snapshot
(web.archive.org/web/20220412011703id_/..., ZIP magic + size verified
against the original Apache Content-Length header).
Composition
Two splits with unified schema:
| Split | Frames | Source | Mask type |
|---|---|---|---|
test |
483 | 6 surgeries | manual binary GT |
unannotated |
950 | 6 continuous clips | U-Net pseudo-labels |
| All | 1433 |
Per-video frame counts:
| Video | test (GT) |
unannotated |
Native resolution |
|---|---|---|---|
| video01 | 121 | 400 | 470 x 470 (test); 448 x 448 (ua) |
| video02 | 101 | 200 | 540 x 540 / 448 |
| video03 | 39 | 50 | 550 x 550 / 448 |
| video04 | 88 | 100 | 640 x 640 / 448 |
| video05 | 37 | 100 | 640 x 640 / 448 |
| video06 | 97 | 100 | 720 x 720 / 448 |
The paper protocol is 6-fold leave-one-video-out cross-validation on
the 483 GT frames — video_id is exposed in every row to make this
reproducible. There is no fixed train/val/test partition in the
original release; we expose all 483 GT frames under the test split
because EasyMedSeg evaluation reads from test by default.
Schema (both splits)
| Column | Type | Description |
|---|---|---|
image_id |
string |
Frame stem (e.g. anon001_02785) |
image |
Image |
Source RGB frame (PNG bytes, native size) |
mask |
Image |
Vessel mask (PNG bytes). GT for test, pseudo for unannotated |
fov_mask |
Image |
Per-video circular field-of-view ROI mask (1-bit PNG) |
video_id |
string |
video01 .. video06 |
mask_type |
string |
"gt" for test, "predicted" for unannotated |
Mask decoding
The upstream PNG masks use non-canonical pixel encodings: per-video the dominant non-background value is 25 or 33 (an artifact of the PixelAnnotationTool palette index), plus minor anti-aliasing values (1, 2, 3, 15) at <0.5% of pixels. The canonical decoding rule is:
binary_vessel = (np.array(mask)[..., 0] > 0).astype(np.uint8)
Pseudo-labels in the unannotated split are continuous probability
maps with ~256 unique grayscale values; threshold at the value
required by downstream usage.
FoV mask
The 6 per-video FoV masks are circular endoscope field-of-view stencils (boolean), embedded per-row for convenience. Apply via:
fov = np.array(row["fov_mask"]).astype(bool)
masked_image = np.array(row["image"]) * fov[..., None]
License
CC BY-NC-SA 4.0 (Attribution-NonCommercial-ShareAlike 4.0
International), as stated in the original Read me.txt shipped with
the zip. Research / non-commercial use only.
Citation
@inproceedings{bano2020deep,
title = {Deep Placental Vessel Segmentation for Fetoscopic Mosaicking},
author = {Bano, Sophia and Vasconcelos, Francisco and Shepherd, Luke M. and
Vander Poorten, Emmanuel and Vercauteren, Tom and Ourselin, Sebastien and
David, Anna L. and Deprest, Jan and Stoyanov, Danail},
booktitle = {Medical Image Computing and Computer Assisted Intervention -- MICCAI 2020},
series = {Lecture Notes in Computer Science},
volume = {12263},
pages = {763--773},
publisher = {Springer},
year = {2020},
doi = {10.1007/978-3-030-59716-0_73}
}
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