Composing Algorithmic Skeletons to Express High-Performance Scientific Applications.
Mani ZandifarMustafa Abdul JabbarAlireza MajidiDavid E. KeyesNancy M. AmatoLawrence RauchwergerPublished in: ICS (2015)
Keyphrases
- data intensive
- scientific data
- distance transform
- data types
- distance maps
- shape analysis
- high reliability
- parallel thinning
- real time
- skeleton extraction
- scientific computing
- thinning algorithm
- low cost
- information retrieval
- level set
- data management
- shape matching
- relational database systems
- evolutionary algorithm
- search algorithm
- knowledge base
- computer vision
- small sized
- neural network
- databases
- data sets