Code underlying the BSc thesis: Creating Robust Train Unit Shunting Plans using Probabilistic Programming
4TU.ResearchDatavia 4TU.ResearchData (via DataCite) · bijgewerkt 24 juni 2025
Wat erin zit
This repository contains all the code related to the Bachelor thesis "Creating Robust Train Unit Shunting Plans using Probabilistic Programming" for the Bachelor of Computer Science and Engineering at Delft University Of Technology. The research investigates the use of probabilistic programming in increasing robustness of train shunting plans. The dataset includes the code which is used to model and to apply probabilistic inference, as well as all configuration files required to reproduce the experiments. Additional information about the contents and the setup of the project can be found in the README file.
Bestanden en diensten
- DataCite REST API (JSON)api.datacite.orgOpenen
Vergelijkbare datasets
Python code of Hydrodynamic Model underlying the master thesis: "The Delta Barrier - A climate robust preliminary design of the Delta21 storm surge barrier"4TU.ResearchDataSimulation code for the PhD thesis: Exploiting structure in distributionally robust optimization4TU.ResearchDataCode underlying the PhD thesis: Efficient Evolutionary Hyperparameter Optimization for Deep Learning4TU.ResearchDataCode and data underlying the PhD thesis: Safe yet Precise Soft Robots via Incorporating Physics into Learned Models for Control4TU.ResearchDataData and code underlying Chapter 5 of the PhD thesis "Advanced magnetocaloric regenerators for heat pump applications"4TU.ResearchDataCode underlying the MSc thesis: Risk-based Decision Framework for Optimizing Temporary Flood Protection Measures4TU.ResearchDataData and Code Underlying the Bachelor Thesis: Binarization of Historical Watermarks4TU.ResearchDataData and code underlying the PhD thesis: Wired for change. Handling intermittency in a renewable energy-driven chemical industry4TU.ResearchData
Meer van 4TU.ResearchData6.749 datasets
Code for thesis chapter "Suitability assessment of GNN-based metamodels for BGI allocation"Data underlying Chapter 5 of the PhD thesis: Organic acids and bipolar membrane electrodialysis for enhanced ammonia recovery from scrubber effluents.Research Data and Code Supporting the PhD Dissertation: Learning Interpretable Robot Dynamics for Control — From Physical Structure to Latent CoordinatesData for thesis chapter "Suitability assessment of GNN-based metamodels for BGI allocation"Data underlying Chapter 3 of the PhD thesis: Organic acids and bipolar membrane electrodialysis for enhanced ammonia recovery from scrubber effluents.Data underlying Chapter 4 of the PhD thesis: Organic acids and bipolar membrane electrodialysis for enhanced ammonia recovery from scrubber effluents.