Deep learning for 2D and 3D medical image segmentation and object detection in R.
Bridge R data pipelines and PyTorch architectures for DICOM and NIfTI files
rplatypus bridges the gap between R medical image handling packages and PyTorch deep learning models. It provides semantic and instance segmentation alongside object detection for formats like DICOM and NIfTI.
The package handles deep learning model specifications, fitting, and mask plotting directly from R using an isolated PyTorch engine. It features built-in support for architectures like U-Net and LinkNet with comparable evaluation metrics.
It suits R users working with medical imaging datasets who want to run deep learning without leaving their environment. It does not suit those who require pre-configured setups without downloading large Python dependencies.
Run deep learning pipelines entirely in R while computing via an isolated Python engine.
Process standard medical imaging formats natively in 2D and 3D specifications.
Visualize predictions against ground truth masks with custom colormaps to inspect model errors.
The only cost is running it yourself, as the licence is not stated in the repository metadata.
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No, the package installs and isolates its pyplatypus engine automatically on the first call.
No, this is a complete rewrite running on PyTorch instead of TensorFlow.
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