A parallel isosurface extraction component for visualization pipelines executing on GPU clusters.
Daniele D'AgostinoFrank J. SeinstraPublished in: J. Comput. Appl. Math. (2015)
Keyphrases
- parallel implementation
- parallel computing
- parallel processing
- self organizing maps
- parallel computation
- parallel execution
- parallel programming
- graphics processing units
- cluster of workstations
- hierarchical clustering
- topology preserving
- clustering algorithm
- data visualization
- cluster analysis
- graphics hardware
- multi threaded
- information extraction
- computer architecture
- automatic extraction
- parallel architectures
- massively parallel
- data clustering
- parallel hardware
- data points
- real time
- parallel architecture
- volume rendering
- neural network
- visualization tools
- shared memory
- interactive visualization
- visualization tool
- high performance computing
- arbitrary shape
- subspace clustering
- multi core processors
- software components
- memory bandwidth
- input data
- data analysis