Special Issue: From High-Level Specification to High-Performance Code
Volume 106, Issue 11
Special Issue Papers
This paper discusses machine-learning-based compilation techniques, which have become mainstream.
This paper discusses the compilation of a domain-specific language used to target graphics processors.
This paper discusses an inspector–executor approach for sparse polyhedral programs.
This paper provides an end-to-end discussion of the SPIRAL system, its domain-specific languages, and code generation techniques.
This paper discusses domain-specific languages and code generation targeting stencil computations in the context of the German ExaStencil effort.
This paper provides a mainly European perspective on the road to ExaScale.
This paper shows for the important example of simultaneous localization and mapping (SLAM) the compilation and tuning techniques necessary to reach high performance.
This paper discusses automatic performance tuning for small linear algebra kernels, which are important building blocks in many engineering and science applications.
This paper discusses the Japanese automatic performance tuning research landscape.
This paper discusses how to make automatic performance tuning a standard technique for high-performance computing applications.