An artificial model for studying fluid dynamics in the obstructed and stented ureter.
Dario CarugoM. ElMahdyX. ZhaoM. J. DrakeXunli ZhangF. ClavicaPublished in: EMBC (2013)
Keyphrases
- probabilistic model
- experimental data
- fluid dynamics
- sensitivity analysis
- computational model
- theoretical framework
- mathematical model
- theoretical analysis
- management system
- machine learning
- probability distribution
- statistical model
- prior knowledge
- artificial neural networks
- neural network model
- simulation model
- formal model
- high level