Bachelor's thesis
Unifying Tokenization: Finding the Optimal Strategy for Time Series
- Built a PyTorch framework for comparing five time-series tokenization strategies on a shared Transformer backbone
- Ran 90 experiments totaling 230 GPU-hours: three datasets, two forecasting horizons, three random seeds
- Compared MAE / RMSE, training and inference time, GPU memory consumption and result stability
- Automated the experiments, metric collection and analysis of accuracy-versus-compute trade-offs