Polyhedral compilation is widely used in high-level synthesis tools and in production compilers such as gcc, LLVM and IBM/XL and is still being actively developed by several research groups across the globe, resulting in highly attended IMPACT workshops and a recent polyhedral school. It is based on the polyhedral model, a powerful abstraction for analyzing and transforming (parts of) programs that are "sufficiently regular". The key feature of this model is that it is instance based, allowing for a representation and treatment of individual dynamic executions of a statement inside a loop nest and/or individual array elements. This presentation is the second part in a two-part tutorial about how to apply the basic concepts of polyhedral co...
International audienceThere may be a huge gap between the statements outlined by programmers in a pr...
The polyhedral model is a algebraic-based framework which enables efficient code optimization for co...
The Polyhedral Model is one of the most powerful framework for automatic optimization and paralleliz...
Polyhedral compilation is widely used in high-level synthesis tools and in production compilers such...
High-level loop transformations change the order in which basic computations in a program are execut...
Polyhedral compilation is widely used in high-level synthesis tools and in production compilers such...
International audienceModern compilers are responsible for adapting the semantics of source programs...
International audienceThe polyhedral model is a high-level intermediate representation for loop nest...
Computers become increasingly complex. Current and future systems feature configurable hardware, mul...
International audienceThe polyhedral model is a powerful framework for automatic optimization and pa...
Abstract. Modern compilers are responsible for adapting the semantics of source programs into a form...
Abstract. The polyhedral model is a powerful framework for automatic optimization and parallelizatio...
The polyhedral model is known to be a powerful framework to reason about high level loop transformat...
This thesis proposes new extensions to the code generation phase in polyhedral compilers. The main f...
International audienceThere may be a huge gap between the statements outlined by programmers in a pr...
The polyhedral model is a algebraic-based framework which enables efficient code optimization for co...
The Polyhedral Model is one of the most powerful framework for automatic optimization and paralleliz...
Polyhedral compilation is widely used in high-level synthesis tools and in production compilers such...
High-level loop transformations change the order in which basic computations in a program are execut...
Polyhedral compilation is widely used in high-level synthesis tools and in production compilers such...
International audienceModern compilers are responsible for adapting the semantics of source programs...
International audienceThe polyhedral model is a high-level intermediate representation for loop nest...
Computers become increasingly complex. Current and future systems feature configurable hardware, mul...
International audienceThe polyhedral model is a powerful framework for automatic optimization and pa...
Abstract. Modern compilers are responsible for adapting the semantics of source programs into a form...
Abstract. The polyhedral model is a powerful framework for automatic optimization and parallelizatio...
The polyhedral model is known to be a powerful framework to reason about high level loop transformat...
This thesis proposes new extensions to the code generation phase in polyhedral compilers. The main f...
International audienceThere may be a huge gap between the statements outlined by programmers in a pr...
The polyhedral model is a algebraic-based framework which enables efficient code optimization for co...
The Polyhedral Model is one of the most powerful framework for automatic optimization and paralleliz...