Training school programme
If you are among selected participants, please fill in a pre-school survey here.
The programme is organised by topics and dataset types. Each topic builds on the previous one, guiding participants from foundational skills to advanced applications of computer vision in archaeology.
Programme
Monday
Kick-off & Python for CV
Morning
- Kick-off, practicalities, and motivations
- Introduction to the workshop structure
- Introduction co computer vision and questions computer vision can answer
- Setting up the technical environment (Google Colab and tools)
Afternoon
- Coding with agents
- Python fundamentals for computer vision tasks
Evening
- Ice-breaker event
Tuesday
Morning
Artefacts Dataset
- Image datasets and annotation – theory & practice
- Datasets, licensing, controlled vocabularies, and annotation challenges
Afternoon
Presentations of participants’ projects and datasets?
Do you want to showcase anything? Present what you work on? Use this opportunity to showcase what you do and discuss the problems you encounter! We will discuss and try to find solutions together…
Wednesday
Microscopy Dataset
Morning
- Data standardization (brightness, contrast, size, RGB/grayscale) and image pre-processing
- Data pre-processing and augmentation
- OpenCV: detection masks and data augmentation
Afternoon
- Practical part: data standardization and augmentation
Thursday
Morning
Satellite Imagery
- Satellite imagery and remote sensing in theory and analysis
- Object detection on satellite images
Afternoon
Rock Art dataset
Friday
Morning
Coins Dataset
- Advanced topics illustrated on coins dataset and combining methods
- LLMs and vision-language models
- Bias, reproducibility, black-box models, attention maps, and causation–correlation problems
Afternoon
- Closing and discussion
Case Studies
Throughout the school, participants will work with four real-world archaeological datasets:
- Artefact types: classification and detection of archaeological artefacts from photographs
- Microscopic use-wear analysis: identifying and classifying wear traces from microscopic images
- Satellite imagery: remote sensing and object detection on satellite data
- Rock art:
- Coins: combining techniques on photographs and drawings of coins and exploring model interpretability
Social Events