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aiib's Introduction

AIIB23 (Airway-Informed Quantitative CT Imaging Biomarker for Fibrotic Lung Disease-MICCAI2023)

image

Context

Airway-related quantitative imaging biomarkers (QIB) are crucial for examination, diagnosis, and prognosis in lung diseases, while the manual delineation of airway structures is unduly burdensome. Competitors are encouraged to devise automatic airway segmentation models with high robustness and generalization abilities. This challenge is an open-call challenge and new submissions are allowed after the conference.

How to participate in AIIB23?

Register the challenge from https://codalab.lisn.upsaclay.fr/competitions/13076#participate
It is of note that you need to send the registeration form to the organizers.

How to pakage and submit docker files

Please refer to our tutorial.

aiib's People

Contributors

xiaodanxing avatar ayanglab avatar

Stargazers

DengXL avatar ziyan huang avatar  avatar Yanan Wu avatar  avatar Fei avatar

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Forkers

nandayang zhack47

aiib's Issues

Slow evaluation for task1 "evaluation_branch_metrics" Function

Thank you for sharing the scoring metrics code for the AIIB competition.

However, while using the evaluation_branch_metrics function in AIIB/scoring metrics/task1.py. This function seems to consume a significant amount of time when it processes the input pred and label numpy arrays of size 512512d using numpy calculations.

I was wondering if you could suggest any methods or techniques for speeding up the evaluation process within this function.
Thank you for your attention to this matter.

scikit-image 0.23.1 Update: skeletonize_3d Method Returns Boolean Values

Issue Description:
The recent update to scikit-image (version 0.23.1) has introduced a change in the skeletonize_3d method. This method now returns a skeleton with boolean values, which causes incorrect functionality in the get_parsing method.

Current code:
skeleton = skeletonize_3d(mask)

Updated Code:
To ensure compatibility with the new version, you should convert the boolean output to np.uint8:
skeleton = skeletonize_3d(mask).astype(np.uint8)

Please be aware that the skeletonize_3d method will be renamed to skeletonize in future releases of scikit-image.

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