Pinned Repositories
CFDPython
A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/
FlashcardApp
matrixkit
Facing the challenge of the limited availability of labelled real-world matrices, we created this Python package to generate custom matrices tailored for machine learning experiments.
OCtimeseries
OCTimeSeriesPrediction
opencampus-preconditioner-ai-project
Machine Learning meets numerical linear algebra: Predicting block structures in sparse matrices to accelerate the convergence of iterative solving algorithms
solar-prediction
Predicting Solar Power Supply in Germany using univariate and multivariate ML models
time-series-toolkit
Package created as part of the "Advanced Time Series Prediction" Course at Opencampus, Kiel. Package contains helperfunctions for Solar Power Forecasts.
Web3CodeLLM
Finetuning Starcoder2 to assist the development of decentralised NEAR dApps
TimeSeriesPrediction
AnnaValentinaHirsch's Repositories
AnnaValentinaHirsch/FlashcardApp
AnnaValentinaHirsch/Web3CodeLLM
Finetuning Starcoder2 to assist the development of decentralised NEAR dApps
AnnaValentinaHirsch/CFDPython
A sequence of Jupyter notebooks featuring the "12 Steps to Navier-Stokes" http://lorenabarba.com/
AnnaValentinaHirsch/matrixkit
Facing the challenge of the limited availability of labelled real-world matrices, we created this Python package to generate custom matrices tailored for machine learning experiments.
AnnaValentinaHirsch/OCtimeseries
AnnaValentinaHirsch/OCTimeSeriesPrediction
AnnaValentinaHirsch/opencampus-preconditioner-ai-project
Machine Learning meets numerical linear algebra: Predicting block structures in sparse matrices to accelerate the convergence of iterative solving algorithms
AnnaValentinaHirsch/solar-prediction
Predicting Solar Power Supply in Germany using univariate and multivariate ML models
AnnaValentinaHirsch/time-series-toolkit
Package created as part of the "Advanced Time Series Prediction" Course at Opencampus, Kiel. Package contains helperfunctions for Solar Power Forecasts.