The combination of long established techniques in morphometrics with novel shape
modeling approaches in geometry processing has opened new ways of visualizations of …

A variety of visualization techniques can be utilized to compare multiple Spatial 3D or time-
varying Spatial 3D data instances (eg, comparing pre-versus post-treatment volumetric …

Due to the intricate relationship between the pelvic organs and vital structures, such as
vessels and nerves, pelvic anatomy is often considered to be complex to comprehend. In …

Deformable image registration (DIR) has the potential to improve modern radiotherapy in
many aspects, including volume definition, treatment planning and image-guided adaptive …

The quality of automatic 3D medical segmentation algorithms needs to be assessed on test
datasets comprising several 3D images (ie, instances of an organ). The experts need to …

Large image deformations pose a challenging problem for the visualization and statistical
analysis of 3D image ensembles which have a multitude of applications in biology and …

We introduce CosmoVis, an open source web-based visualization tool for the interactive
analysis of massive hydrodynamic cosmological simulation data. CosmoVis was designed …

Multiparametric imaging in cancer has been shown to be useful for tumor detection and may
also depict functional tumor characteristics relevant for clinical phenotypes. However, when …

Radiotherapy is one of the most common treatment strategy for prostate cancer. Prior to
radiotherapy, a complex process consisting of several steps is employed to create an …

We introduce a novel multi-modal 3D image registration framework based on 3D user-
guided deformation of both volume's shape and intensity values. Being able to apply …