3D CT scan volumes of carbonized Herculaneum scrolls stored in NPZ format for the specific task of surface detection. The data enables the identification of papyrus layers within a volumetric space to support the virtual unwrapping of ancient texts.
Use Cases
- Train 3D segmentation models to isolate papyrus layers using the volumetric data in the NPZ files
- Implement surface mesh generation algorithms to reconstruct the geometry of the scroll layers
- Develop signal processing techniques to distinguish between papyrus and air gaps within the 3D scan volumes
Strengths
- Volumetric data stored in NPZ format for efficient 3D array handling
- Specifically targets the surface detection phase of the virtual unwrapping pipeline
- Contains high-resolution CT scans of ancient carbonized papyrus