Research
Volume Rendering Techniques for General Purpose Graphics Hardware
Interactive high-quality volume rendering techniques for consumer PC hardware
GPU-Based Monte-Carlo Volume Rendering
Production-Ready GPU-Based Monte-Carlo Volume Raycasting
Anaglyph Volume Rendering Gallery
Production-Ready GPU-Based Monte-Carlo Volume Raycasting
Semantic Models for Medical Volume Visualization
A high-level user interface for the assignment of optical properties for medical visualization
Opacity Peeling for Direct Volume Rendering
A novel technique to render different depth layers from volumetric image data
Empty Space Leaping for 3D Texture-Based Volume Rendering
An efficient implementation of empty space leaping based on a customized vertex shader and an octree decomposition
Real-Time Volumetric Deformation on General Purpose Hardware
Mathematical models and algorithms for interactive free-form deformation of volumetric objects on commodity PC hardware.
Automatic Adapation of Transfer Functions for Direct Volume Rendering
A novel technique to render different depth layers from volumetric image data
3D Line Integral Convolution for the Visualization of Static Flow Fields
Visualization of 3D static flow fields using animated line integral convolution (LIC).
Augmented Reality for Image Guided Surgery
Fast Deformable 2D/3D Registration for Augmented Reality Applications in Medicine
MRI: Flat Mapping the Human Brain
Computation of planar representations of the surface of the human brain for the topological analysis.
CT Angiography: Visualization of Intracranial Blood Vessels and Aneurysms
Direct volume rendering of CT angiography data (CTA) for the surgery planning of intracranial aneurysms.
MRI Simultaneous Inphase/Opposed Phase (SINOP):
Functional Analysis of the Vertebral Column in Motion
A novel visualization method for the vertebral column based on MR data for the examination of discogenic diseases.
MRI Constructive Interference in the Steady State (CISS):
Non-Invasive Visualization of Dural Arteriovenous Malformations
A novel visualization method for the vertebral column based on MR data for the examination of discogenic diseases.
High-Resolution Spiral CT: Visualization of the Middle and Inner Ear
A clinical case study of the middle and inner ear: Comparison of direct versus indirect volume rendering
Computer-Assisted Repositioning of Bone Fractures
An interactive application for surgeons to plan the repositioning of bone segments in complex bone fractures
