Software lab

The Software lab mainly focusses on PET, SPECT, MRI and CT imaging. We have gained experience in advanced image reconstruction, system simulation and multimodal image analysis.

Current research

• Artificial Intelligence for medical image analysis and computer-aided brain tumour diagnosis
• Deep learning for positron emission tomography
• Internal radiotherapy dosimetry
• Positron range and acollinearity modeling for hybrid PET/CT and PET/MR imaging
• Quantitative imaging for radionuclide therapy

Past research

• Brain SPECT Imaging
• CT/MR phantoms for quality assessment
• Innovative Collimator for Compact Stationary SPECT
• Iterative CT reconstruction
• Joint reconstruction of activity and attenuation in listmode TOF PET
• Partial volume effect correction in PET imaging
• PET attenuation correction with a supplemental transmission source
• PET image reconstruction software QETIR
• PET system simulation
• PET/MRI attenuation correction
• Quantitative conductivity and permittivity imaging using magnetic resonance electrical properties tomography (MREPT)
• Quantitative image analysis for automated brain tumour analysis
• SPECT System Modeling and Simulations
• SPECT/MRI compatibility
• The new paediatric TOF-PET: a simulation study