Section: New Results

Parallel Algebraic Linear Algebra Dedicated Interface

We propose a domain specific language based on C/C++ macros, PALADIn (Parallel Algebraic Linear Algebra Dedicated Interface) [15] . This domain specific language allows the user to write C++ code and benefits from sequential and parallel executions on shared memory architectures. With a unique syntax, the user can switch between different parallel runtime systems such as OpenMP, TBB and xKaapi. This interface provides data and task parallelism and has been used for recursion-based parallelization of exact dense linear algebra routines[7] .