Add to ORKGIntroduction: In recent years, there has been a renewed interest in real-time ray tracing for interactive applications. This is due to many factors: firstly, processor speed has continued to rise at exponential rates as predicted by Moore’s Law and is approaching the raw computational power needed for interactive ray tracing. Secondly, ra
none4One of the main drawbacks of 3D Ray Tracing (RT) field prediction is the high computation time,...
The topic of this thesis is ray tracing dynamic scenes and doing that efficiently while harnessing t...
journal articleBackground: Parallelization of traditional ray tracing algorithms for radiation appli...
We present a novel LOD (level-of-detail) algorithm to accelerate ray tracing of massive models. Our ...
We present a novel LOD (level-of-detail) algorithm to accelerate ray tracing of massive models. Our ...
Figure 1: Three images of the Lawrence-Livermore National Laboratory (LLNL) simulation of a Richtmye...
Ray tracing on massively parallel hardware allows for the computation of images with a high visual q...
Research on realtime ray tracing has recently made tremendous advances. Algorithmic improvements tog...
Ray tracing on massively parallel hardware allows for the computation of images with a high visual q...
Rendering of increasingly complex and detailed objects and scenes, with physically correct light sim...
Research on realtime ray tracing has recently made tremendous advances. Algorithmic improvements tog...
Efficient ray tracing for rendering needs to minimize the number of redundant intersection tests bet...
In many computer graphics applications such as CAD, realistic displays have very important and posit...
Context. Radiative transfer (RT) modelling is part of many astrophysical simulations. It is used to ...
Current processors provide high performance through parallelism by integrat-ing more and more comput...
none4One of the main drawbacks of 3D Ray Tracing (RT) field prediction is the high computation time,...
The topic of this thesis is ray tracing dynamic scenes and doing that efficiently while harnessing t...
journal articleBackground: Parallelization of traditional ray tracing algorithms for radiation appli...
We present a novel LOD (level-of-detail) algorithm to accelerate ray tracing of massive models. Our ...
We present a novel LOD (level-of-detail) algorithm to accelerate ray tracing of massive models. Our ...
Figure 1: Three images of the Lawrence-Livermore National Laboratory (LLNL) simulation of a Richtmye...
Ray tracing on massively parallel hardware allows for the computation of images with a high visual q...
Research on realtime ray tracing has recently made tremendous advances. Algorithmic improvements tog...
Ray tracing on massively parallel hardware allows for the computation of images with a high visual q...
Rendering of increasingly complex and detailed objects and scenes, with physically correct light sim...
Research on realtime ray tracing has recently made tremendous advances. Algorithmic improvements tog...
Efficient ray tracing for rendering needs to minimize the number of redundant intersection tests bet...
In many computer graphics applications such as CAD, realistic displays have very important and posit...
Context. Radiative transfer (RT) modelling is part of many astrophysical simulations. It is used to ...
Current processors provide high performance through parallelism by integrat-ing more and more comput...
none4One of the main drawbacks of 3D Ray Tracing (RT) field prediction is the high computation time,...
The topic of this thesis is ray tracing dynamic scenes and doing that efficiently while harnessing t...
journal articleBackground: Parallelization of traditional ray tracing algorithms for radiation appli...