Multi-view lenticular displays offer stereoscopic views, without using additional glasses. In this article a method for hardware accelerated volume rendering of medical data sets to such displays is proposed. Though the generation of multi-view stereoscopic images of large volume rendered medical data sets demands an enormous amount of calculations, the GPU-based implementation offers interactive manipulation throughout. It is shown how the multi-view images are obtained from different focal spot positions, and how they are composed into the final bitmap that is displayed on the lenticular screen. Figure 1: A Direct Volume Rendered image
There is a need to visualize multi-billion voxel data sets. Hardware accelerated rendering currently...
In order to make direct volume rendering practicable convenient visualization options and data analy...
We present a method for fast volume rendering using graphics hardware (GPU). To our knowledge, it is...
Multi-view lenticular displays offer stereoscopic views, without using additional glasses. In this a...
The generation of multiview stereoscopic images of large volume rendered data demands an enormous am...
The generation of multiview stereoscopic images of large volume rendered data demands an enormous am...
The generation of multiview stereoscopic images of large volume rendered data demands an enormous am...
Modern GPUs possess enormous computational capabilities, power that has just become available for ge...
Direct volumetric visualization of medical datasets has important application in areas such as minim...
Multiscopic visualization is an emerging display technology that aims to reproduce three dimensional...
Over the last fifteen years volume rendering have become an important part of examining, exploring a...
Volume rendering describes the processes of creating a 2D projection of a 3D discretely sampled data...
This paper will concentrate on the two new commercially available systems, the Denali from Kubota Pa...
Medical image visualization often relies on 3D volume rendering. To enable interaction with 3D rende...
Volume rendering is a well known visualization technique for volumetric scalar data. Several publica...
There is a need to visualize multi-billion voxel data sets. Hardware accelerated rendering currently...
In order to make direct volume rendering practicable convenient visualization options and data analy...
We present a method for fast volume rendering using graphics hardware (GPU). To our knowledge, it is...
Multi-view lenticular displays offer stereoscopic views, without using additional glasses. In this a...
The generation of multiview stereoscopic images of large volume rendered data demands an enormous am...
The generation of multiview stereoscopic images of large volume rendered data demands an enormous am...
The generation of multiview stereoscopic images of large volume rendered data demands an enormous am...
Modern GPUs possess enormous computational capabilities, power that has just become available for ge...
Direct volumetric visualization of medical datasets has important application in areas such as minim...
Multiscopic visualization is an emerging display technology that aims to reproduce three dimensional...
Over the last fifteen years volume rendering have become an important part of examining, exploring a...
Volume rendering describes the processes of creating a 2D projection of a 3D discretely sampled data...
This paper will concentrate on the two new commercially available systems, the Denali from Kubota Pa...
Medical image visualization often relies on 3D volume rendering. To enable interaction with 3D rende...
Volume rendering is a well known visualization technique for volumetric scalar data. Several publica...
There is a need to visualize multi-billion voxel data sets. Hardware accelerated rendering currently...
In order to make direct volume rendering practicable convenient visualization options and data analy...
We present a method for fast volume rendering using graphics hardware (GPU). To our knowledge, it is...