Simultaneous Visualization of Preoperative Planning Models and Intraoperative 2D Ultrasound for Liver Surgery

Parallel volume rendering is one of the most efficient techniques to achieve real time visualization of large datasets by distributing the data and the rendering process over a

Surface models in medical visualization are generated by thresholding medical volume data or by transforming seg- mentation information in (polygonal) surfaces. For contin-

In the following, we present an interactive GPU-based illustrative framework, called VolFlies- GPU, for rendering volume data, exploiting parallelism in both graphics hardware

We will also review the state-of-the-art of sketch-based interfaces and modeling (SBIM) for scientific visualization, including different aspects and inspiration

Figure 1: Different visualization algorithms like volume rendering, maximum intensity projection, isosurface rendering and diffusion tensor imaging techniques can be used to process

Ad- ditionally, we have introduced a new rendering pipeline on the GPU based on the online construction of a distance field volume from the extracted surface particles, which

This work studies the performance and scalability characteristics of “hybrid” parallel programming and execution as applied to raycasting volume rendering – a staple

In this paper we therefore present an integrated way of visually specifying a volume rendering pipeline including a flexible multimodal compositing of sampling, transfer