SystemOnline
Volcanic / IMP
IMP CANDIDATE
25.660°S 27.621°W · NEARSIDE · SOUTHERN HEMISPHERE
- Predicted areaPredicted area
- 7,808 m²
- Tile shareTile share
- 11.9 %
- Mean softmaxMean softmax
- 0.90
uncalibrated
The NASA-IBM LFM segmentation model predicts an irregular mare patch candidate covering 7,808 m² of this 256 m NAC tile. It is a model segmentation of a volcanic feature candidate, not an active volcano.
Why MOONATLAS selected this
IMP candidate
Largest predicted IMP area of its observation group. Product curation over model outputs, not a scientific ranking.
Dataset split
Held out of training and tuning, so this sample is the kind used to evaluate the model. That is evaluation provenance, not physical importance.
M1230913552LE · 256 m tile · 1.00 m/px · masks at native resolution
A segmentation of a volcanic feature candidate, never an active volcano. The mean softmax score is uncalibrated, so it ranks pixels rather than stating a probability.
Model outputs
- PREDICTED AREAAI prediction · NASA-IBM LFM
- 7,808 m²
- IoU VS REFERENCEMOONATLAS derived metric
- 0.520
Provenance
- Model
- NASA-IBM Lunar Foundation Model
- Task
- Irregular mare patch segmentation on LROC NAC imagery
- Checkpoint
- ni_lfm_ps8_frozen_s44.ckpt
- Dataset
- sombench-imp-segmentation
- Split
- Held-out test
- Source
- M1230913552LE.ech.cog__target_2020__idx_2020_p0_img.tif
- Processing
- science-0.3.1
- Data origin
- Real model output
Scientific details
- Model id
- lfm-imp-segmentation
- Model revision
- 10a09ffae35e
- Reference
- hargitai-2025
- Object id
- imp-m1230913552le-t2020-i2020
- Catalogued
- 2026-09-17
Values are model output as produced, or MOONATLAS derived metrics computed from it; reference annotations are shown separately and never mixed into predictions. How MOONATLAS works.