All software
propeller_airspeed_sensor
Data and Code for Unmanned Aerial Vehicles airspeed estimation using propeller feedback.
- BEM
- ESC feedback
- flight data
- + 4
- (Julia)
- (Markdown)
- (Matlab)
- + 1
PSI_dust_size_distribution
Code underlying the publication "Polydisperse Formation of Planetesimals: The dust size distribution in clumps"
- hydrodynamics
- instabilities
- methods: numerical
- + 2
- (Markdown)
- (Other)
- (Python)
- + 1
Purcell filter simulation scripts
Purcell filter simulation scripts
- cqed
- cross-dephasing
- dicarlo
- + 14
pyBarSim
pyBarSim
- BarSim
- Process-response model
- python
- + 2
- ("Jupyter Notebook")
- (Markdown)
- (Other)
- + 2
pydsol-model
pydsol-model: Python Distributed Simulation Object Library with Predefined Model Objects
- Discrete event simulation (DES)
- model objects
- python
- + 1
- (CSS)
- (HTML)
- (JavaScript)
- + 3
PyNOMAD: A microscopic pedestrian simulation model
PyNOMAD: A microscopic pedestrian simulation model
- Crowd dynamics
- Microscopic pedestrian model
- Pedestrian modelling
- (C)
- (Markdown)
- (Other)
- + 1
pystreed
Source code and data for the paper "Necessary and Sufficient Conditions for Optimal Decision Trees using Dynamic Programming"
- dynamic programming
- group fairness
- optimal decision trees
- + 1
- (C)
- (C++)
- (large-text-file)
- + 3
Python code for Sand Scraper Analysis
Python code for Sand Scraper Analysis
- aeolian sediment transport
- beach
- coastal dunes
- + 5
Python code for the analysis of AeoLiS grain size scenarios
Python code for the analysis of AeoLiS grain size scenarios
- aeolian processes
- aeolis
- beach
- + 4
Python code of Hydrodynamic Model underlying the master thesis: "The Delta Barrier - A climate robust preliminary design of the Delta21 storm surge barrier"
Python code of Hydrodynamic Model underlying the master thesis: "The Delta Barrier - A climate robust preliminary design of the Delta21 storm surge barrier"
- hydrodynamics
- Numerical Model
- storm surge barrier
- + 1
Python Models underlying the master thesis: Managing Water and Energy on Small Touristic Islands: study case Caye Chapel
Python Models underlying the master thesis: Managing Water and Energy on Small Touristic Islands: study case Caye Chapel
- Multi-criteria decision analysis
- Multi-Objective Optimization
- renewable energy
- + 2
Python Scripts used in the study: Towards Affordable 3D Physics-Based River Flow Rating: Application Over Luangwa River Basin
Python Scripts used in the study: Towards Affordable 3D Physics-Based River Flow Rating: Application Over Luangwa River Basin
- ground control points (GCP)
- hydraulic models
- open source software
- + 2