Sentence examples for compiler directives from inspiring English sources

StarSs is a task-based programming model that allows to parallelize sequential applications by means of annotating the code with compiler directives.

They highlight the issues that are bottlenecks to scalability, and describe the techniques and tools that can be used to achieve scalable parallel performance, including compiler directives, message passing, parallel languages, and parallel libraries.

We show that a careful division of the entire computational work into a set of distinctive tasks not only produces a clearly structured code, but also allows taskwise parallelization through appropriate use of OpenMP compiler directives.

Virtually with this technology the CPU code only has to be augmented with a few compiler directives to identify the areas to be accelerated and the way in which data has to be moved between the CPU and GPU.

It pursues a semi-automatic parallelization approach which allows for the augmentation of sequential code using simple compiler directives in contrast to the explicit programming model of C++11 multithreading which involves the manual spawning, joining, and synchronization of threads.

We consider the case where the intra-node parallelism is handled with HMPP compiler directives and message-passing programming with MPI is used to program the inter-node communications.

Profiling can be turned on or off at compile time with a compiler directive.

A single compiler directive for the Storm-1 processor can specify up to 64 concurrent data-parallel computations (four per lane) by using its 8-bit packed-data mode.

When supported by the compilers, we used directives for array reduction.

Many commercial and noncommercial compilers support OpenMP directives, and thus, we can utilize OpenMP in many existing platforms [20].

The language has a syntax based on OpenMP-like directives and the compiler uses direct translation to MPI to produce parallel code.