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An implementation of the "Anomaly Detection in 3D Point Clouds using Deep Geometric Descriptors" paper in Python without pre-training with the ModelNet10 dataset and without generating the synthetic data.

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Anomaly Detection 3D

An implementation of the "Anomaly Detection in 3D Point Clouds using Deep Geometric Descriptors" paper in Python without pre-training with the ModelNet10 dataset and without generating the synthetic data.

Training

After downloading the repo, complete the following:

  1. Download the MVTec 3D-AD dataset dataset and place its unzipped contents (it should be a folder titled "mvtec_3d_anomaly_detection") in the "datasets" folder.
  2. Run train script (py -3 -m train)

If you are having issues or if it is running slowly, run the systemtest script.

Also note that I trained these models on a NVIDIA GeForce RTX 3050 Ti Laptop GPU, so if you make some minor alterations to the train code (number of epochs or fixed_size for example), you can likely train better models than those found here. The models linked below only went through 8 epochs each, and ideally you want 11+ for this kind of model.

Test

Run the test/visualize script with py -3 -m test or py -3 -m test filenamehere.png

Example Results

Carrot

a cut carrot

anomaly pointcloud of the cut carrot

Bagel

a damaged bagel

anomaly pointcloud of the damaged bagel

Models

Models uploaded to my drive, here: anomaly-detection-3d-models.

train loss curve

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An implementation of the "Anomaly Detection in 3D Point Clouds using Deep Geometric Descriptors" paper in Python without pre-training with the ModelNet10 dataset and without generating the synthetic data.

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