Current PhD projects in Visual Computing

• 
  Equivariant Deep Learning for Network Data

  Andreas Abildtrup Hansenen: Equivariant Deep Learning for Network Data
• 
  Modelling and Predictive Rendering of Materials Using Microgeometry

  Bojja Venu: Modelling and Predictive Rendering of Materials Using Microgeometry
• 
  Neural Radiance Fields for Ultrasound Images

   
• 
  Computer Vision for Estimating Microstructure Using Optical Models

  Lezhong Wang: Using computer vision to detect microstructure of Mozzarella Cheese
• 
  Learning to Collaborate via Explainable AI in Medical Education

  Manxi Lin: Learning to Collaborate via Explainable AI in Medical Education
• 
  Development of early-non-invasive biomarkers of the brain neurons integrity

   
• 
  Recreating the appearance of translucent objects digitally

   
• 
  Helping make better pizza

   
• 
  Thomson TG

  Thomson TG: Translucent Bunnies are bad at math
• 
  Advanced Light Transport Simulation for Virtual Reality

  Henrik Philippi: Simulating Light in Virtual Reality
• Uncertainty Quantification for Deep Learning Segmentation Models of Anatomical...

  Kilian Zepf: Uncertainty Quantification for Deep Learning Segmentation Models of Anatomical Networks
• Deep Learning Methods for Cardiac CT analysis

  Kristine Aavild Juhl
• 
  Biomedical modelling of the brain network using MRI

  Maria del Carmen Moreno Genis: Development of neuroimaging tool for clinical assessment of microstructural changes in the brain network of Stroke and TIA patients...
• 
  Virtual Reality-Based Visualization of Geometric Data

  Mark Bo Jensen: Visualizing Geometric Data with Virtual Reality
• Model-based quantitative 3D analysis

  Patrick Møller Jensen: The Big Picture from Small Details
• 
  Designing tools to support clinicians in hearing loss diagnosis and cochlear implant...

  Paula Lopez Diez: Machine- and deep-learning for image-guided surgery planning for normal and abnormal inner ear anatomies
• 
  Practical Applications of 3D-Printing System for Creating Novel Surfaces

  Riccardo Tonello: Increased precision in 3D printing enables new types of innovative surfaces in appearance that extend the variety of applications.
• 
  Intelligent modelling of tissue microstructure

  Sidsel Borup Winther: Inferring properties of neural microstructures to improve our understanding of the brain
• 
  Active Learning for 3D Medical Image Segmentation

  Sophia Bardenfleth: We are getting older – so how do we make sure, that our bones can keep up? Finding ways to do fast and robust 3D image segmentation can help...
• Machine Learning for Multispectral Imaging of Wheat Foliage

  William Michael Laprade: The climate is changing, drought is becoming more common and plant stress is increasing. Can we use multispectral imaging to better understand...