Computational Visualization of 4D Cardiac Flow
Dr. Robert Herfkens, MD, director of radiology at Stanford University, demonstrates how the new Quadro solutions can be used take MRI data from a heart patient, create vascular volumes and surfaces in 3D, then simulate and visualize the cardiac blood flow in real-time. Harnessing Quadro features such as large graphics memory, the combination of CUDA parallel computing with OpenGL graphics, and 3D stereoscopic display, this collaborative effort between NVIDIA, Stanford and Cyberheart offers non-invasive and interactive insights to abnormal blood flow patterns, enabling faster diagnosis.
Video Selection

Bunkspeed SHOT with iray
Design Garage for Quadro
ViewPerf Breakthrough Application Performance with Quadro Solutions
Computational Visualization of 4D Cardiac Flow
Mari 3D Texture Painting by The Foundry
Nuke Compositing Application by The Foundry
Physics in real time with RTT RealFluid and Quadro Solutions
The Wonders of 3D Imaging with Siemens and Quadro
Interactive Ray Tracing with RTT DeltaGen and Quadro Solutions
Real-time Video Reconstruction with Motion DSP Ikena software and Quadro