All software
PBI
An open-source python package to identify breakthrough innovations within patents.
- Breakthrough innovations
- jupyter notebooks
- parallel computing
- + 2
- Python
PCNtoolkit
PCNtoolkit is an open-source Python package for Normative Modelling of neuroimaging data.
- Bayesian modeling
- federated learning
- Neuroscience
- + 2
- Makefile
- Python
pdbwords
Render text as protein structures
- CSS
- HTML
- JavaScript
- + 2
PlanEO Dashboard
Provides an interactive interface for visualizing geographical data relevant to the MINE-DD project, including pathogen distribution, risk factors, and demographic analysis through both point data and raster overlays.
- Data Analysis
- Demographic Analysis
- Geographic Visualization
- + 8
- CSS
- Dockerfile
- HTML
- + 5
Platalea
Platalea contains deep neural network architectures for modeling spoken language from multiple sources at once: audio, and simultaneously images, text or video. This can be used to learn about what different context sources add to the language acquisition process.
- Python
PlatiPy
Aims to simplify use, visualization, processing, and analysis of medical images. Built on SimpleITK, VTK.
- Imaging and Image Processing
- CSS
- Dockerfile
- HTML
- + 4
PortPy
PortPy, short for Planning and Optimization for Radiation Therapy, is an initiative aimed at creating an open-source Python library for cancer radiotherapy treatment planning optimization.
- Treatment Planning and dosimetry
- CSS
- Python
prfmodel
A modern Python implementation for population receptive field modelling.
- GPU
- neuroimaging
- Neuroscience
- + 2
- Python
protein-detective
Python package to detect proteins in EM density maps.
- CSS
- HTML
- JavaScript
- + 2
PSRDADA python
If you want to do astrophysics in python, this could come in handy. Connect to a radiotelescope and process data in real-time.
- Cython
- Makefile
- Python
Pure3D
A web platform for exploring 3D digital collections and editions in cultural heritage.
- CSS
- HTML
- JavaScript
- + 6
pyanno4RT
pyanno4rt is a Python package for conventional and outcome prediction model-based inverse photon and proton treatment plan optimization, including radiobiological and machine learning (ML) models for tumor control probability (TCP) and normal tissue complication probability (NTCP).
- Treatment Planning and dosimetry
- Python