Automated and parallel code generation for finite-differencing stencils with arbitrary data types.
Kenneth A. HawickDaniel P. PlaynePublished in: ICCS (2010)
Keyphrases
- data types
- code generation
- user defined
- data model
- application development
- database management systems
- data structure
- database systems
- modeling language
- software development
- code generator
- model driven
- software reuse
- storage structures
- data mining algorithms
- data driven
- parallel processing
- rapid prototyping
- metamodel
- formal specification
- database server
- computer aided
- design patterns
- development process
- database
- software architecture
- preprocessing
- similarity measure
- real world