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MONAI wholeBody CT

MONAI's wholeBody_ct_segmentation bundle, a SegResNet trained on the TotalSegmentator dataset at 1.5 mm: TotalSegmentator v1's 104 structures of a CT, run as the bundle's inference.json runs it.

SegmentationGPUversion bundle 0.2.7, models/model.pt (sha256 80b429fb) and model_lowres.pt (sha256 c3ab55eb), MONAI 1.5.1CTApache-2.0

Run it

With its KonfAI app, at the benchmark's settings (the fidopt app repositories are private for now: a Hugging Face token with access opens them):

pip install konfai-apps
ConfigurationCommand
MONAI wholeBody CTGet the appkonfai-apps infer fideus-labs/fidopt-segmentation:MONAI_WholeBody -i image.nii.gz -o out --gpu 0
3 mmGet the appkonfai-apps infer fideus-labs/fidopt-segmentation:MONAI_WholeBody -i image.nii.gz -o out --gpu 0 --set=highres=false

Where it works

Its place on each kind of problem it has results on, among the methods ranked there. A method that leads one problem can trail another: read the one closest to yours.

Results

Source
huggingface.co/MONAI/wholeBody_ct_segmentation
Reference
Wasserthal et al., Radiology: Artificial Intelligence 2023 (the data); Myronenko, BrainLes 2018 (SegResNet)