In the medical field, volume rendering provides good quality 3D visualizations but is still not enough interactive for a day-to-day practice. The most efficient sequential algorithm is the shear-warp algorithm. It renders up to 10 images per second for a small dataset. The goal of this report is to present an efficient parallel implementation of the shear-warp algorithm for a distributed memory architecture, a cluster of PCs connected with a high speed network. This highly irregular algorithm led us to implement a dynamic load balancing algorithm. Furthermore, to reduce the overhead due to data redistribution, we overlap communications with computations using MPI's asynchronous communications. Using a good load-balancing and communication o...
This paper presents the design and performance of a new parallel graphics renderer for 3D images. Th...
This paper presents the design and performance of a new parallel graphics renderer for 3D images. Th...
Volume rendering is a technique for visualizing 3D arrays of sampled data. It has applications in ar...
In the medical field, volume rendering provides good quality 3D visualizations but is still not enou...
(eng) In the medical field, volume rendering provides good quality 3D visualizations but is still no...
In the medical field, volume rendering provides good quality 3D visualizations but is still not enou...
Direct Volume Rendering is a popular technique for visualization of 3D datasets that offers manyadv...
[[abstract]]3-D data visualization is very useful for medical imaging and computational fluid dynami...
volume visualization, parallel algorithms © Copyright Hewlett-Packard Company 1998 Biomedical volume...
Abstract. 3-D data visualization is very useful for medical imaging and computational fluid dynamics...
This paper presents a parallel algorithm for rendering ultrasonic volume data based on image space s...
Concurrent computing on networks of distributed computers has gained tremendous attention and popula...
Due to processing constraints, automatic image-based registration of medical images has been largely...
In this paper we present a data parallel volume rendering algorithm with numerous advantages over pr...
Based on the recent improvements in the price/performance of PC-based graphics accelerators, it is c...
This paper presents the design and performance of a new parallel graphics renderer for 3D images. Th...
This paper presents the design and performance of a new parallel graphics renderer for 3D images. Th...
Volume rendering is a technique for visualizing 3D arrays of sampled data. It has applications in ar...
In the medical field, volume rendering provides good quality 3D visualizations but is still not enou...
(eng) In the medical field, volume rendering provides good quality 3D visualizations but is still no...
In the medical field, volume rendering provides good quality 3D visualizations but is still not enou...
Direct Volume Rendering is a popular technique for visualization of 3D datasets that offers manyadv...
[[abstract]]3-D data visualization is very useful for medical imaging and computational fluid dynami...
volume visualization, parallel algorithms © Copyright Hewlett-Packard Company 1998 Biomedical volume...
Abstract. 3-D data visualization is very useful for medical imaging and computational fluid dynamics...
This paper presents a parallel algorithm for rendering ultrasonic volume data based on image space s...
Concurrent computing on networks of distributed computers has gained tremendous attention and popula...
Due to processing constraints, automatic image-based registration of medical images has been largely...
In this paper we present a data parallel volume rendering algorithm with numerous advantages over pr...
Based on the recent improvements in the price/performance of PC-based graphics accelerators, it is c...
This paper presents the design and performance of a new parallel graphics renderer for 3D images. Th...
This paper presents the design and performance of a new parallel graphics renderer for 3D images. Th...
Volume rendering is a technique for visualizing 3D arrays of sampled data. It has applications in ar...