Methods to increase the performance of advanced CAD systems, especially of geometric modellers, by parallel processing are represented in this paper. First, the exploration of parallelism in geometric modellers and the organization of the parallel processing are shown. Apart from that, it is hinted at the great portion of time for accessing model data and handling its structure-information. In this context a functional unit for parallel handling of model accesses is sketched out. Finally, the hardware architecture is described
This paper describes several parallel algorithms that solve geometric problems. The algorithms are b...
Computers with multiple processor cores using shared memory are now ubiquitous. In this paper, we pr...
The investigation of the possibilities of the development of parallel algorithms for computer system...
This paper describes several parallel algorithms that solve geometric problems. The algorithms are...
International audienceIn CAD (computer aided design) environments, a surface is commonly modeled as ...
Geometric algebra covers a lot of other mathematical systems like vector algebra, complex numbers, P...
Geometric algebra covers a lot of other mathematical systems like vector algebra, complex numbers, P...
International audienceThis paper presents an approach to automatically and transparently parallelize...
This paper describes several parallel algorithms that solve geometric problems. The algorithms are b...
The extension of the functionality of CAD systems by applying new software solutions is subject of m...
Computers with multiple processor cores using shared mem-ory are now ubiquitous. In this paper, we p...
This paper describes a successful approach to improving the robustness and speed of Sandia National ...
AbstractComputers with multiple processor cores using shared memory are now ubiquitous. In this pape...
This thesis describes new geometric decomposition tools for parallel computing. A new complete proce...
This thesis describes new parallel GPU algorithms that accelerate fundamental CAD operations such as...
This paper describes several parallel algorithms that solve geometric problems. The algorithms are b...
Computers with multiple processor cores using shared memory are now ubiquitous. In this paper, we pr...
The investigation of the possibilities of the development of parallel algorithms for computer system...
This paper describes several parallel algorithms that solve geometric problems. The algorithms are...
International audienceIn CAD (computer aided design) environments, a surface is commonly modeled as ...
Geometric algebra covers a lot of other mathematical systems like vector algebra, complex numbers, P...
Geometric algebra covers a lot of other mathematical systems like vector algebra, complex numbers, P...
International audienceThis paper presents an approach to automatically and transparently parallelize...
This paper describes several parallel algorithms that solve geometric problems. The algorithms are b...
The extension of the functionality of CAD systems by applying new software solutions is subject of m...
Computers with multiple processor cores using shared mem-ory are now ubiquitous. In this paper, we p...
This paper describes a successful approach to improving the robustness and speed of Sandia National ...
AbstractComputers with multiple processor cores using shared memory are now ubiquitous. In this pape...
This thesis describes new geometric decomposition tools for parallel computing. A new complete proce...
This thesis describes new parallel GPU algorithms that accelerate fundamental CAD operations such as...
This paper describes several parallel algorithms that solve geometric problems. The algorithms are b...
Computers with multiple processor cores using shared memory are now ubiquitous. In this paper, we pr...
The investigation of the possibilities of the development of parallel algorithms for computer system...