Defining identifiability for improved flexibility of input data in the cardiovascular...
Aim: To perform an identifiability analysis on the parameters of an already designed functional model of the cardiovascular system. CMIV
Extending the cardiovascular functional avatar with enhanced modelling of blood pressure...
Include a blood pressure regulation system in a cardiovascular functional model to assure the validity of the method over a wide range of heart rates and blood pressures. CMIV
Automatic assessment of blood flow in the pulmonary veins using 4D Flow MRI
Develop a method to automatically extract and analyse blood flow curves from the pulmonary veins using 4D Flow MRI data, by exploiting atlas-generated segmentations. CMIV
Automated quantification of cardiac fat from MRI using machine learning
In this project we aim to implement a convolutional neural network to enable automated segmentation of the fat surrounding the heart from MR images.
Hydraulic engineering & dam safety, China ny
Within hydropower, hydraulic engineering and dam safety we seek candidates to diploma work. Join our journey towards a fossil free living within one generation.
Automating the visualization of state-of-the-art MRI analyses ny
The aim of this project is to create a framework for generating automated, contextualized analysis reports per patient.
Automatically labelling the ascending aorta to make more regional analyses ny
The goal of this project is to develop a method to automatically divide the ascending aorta into more clinically relevant regions.
Examensarbete: Elektroniksystem i allt mer krävande elmiljö ny
Saab Dynamics utvecklar elektronik av yppersta världsklass