Description This course includes topics on code optimization for x86 platforms (Intel and AMD CPUs) and efficient code parallelization on node-level using OpenMP threading. Advanced aspects of threading and optimization, such as selected topics of new features in OpenMP 5.0 standard, will be covered during the course. Learning outcome - Awareness of modern features in x86 CPUs; - Ability to vectorize computations; - Ability to use advanced features of OpenMP; - Ability to increase code performance using threading and x86 optimization. Prerequisites and content level - Good knowledge of C/C++ or Fortran; - Good knowledge of threading using OpenMP; - Basic knowledge of modern CPU architectures. The content level of the course is broken ...
Dataset, and files related to its creation, uploaded to https://github.com/HPCA4SE-UAB/Building-a-da...
• OpenCL is a Platform API which supports a uniform programming environment across devices – Enables...
As chip manufacturing processes are getting ever closer to what is physically possible, the projecti...
Description This course includes topics on code optimization for x86 platforms (Intel and AMD CPUs)...
This online course organised in cooperation with NHR@FAU covers performance engineering approaches o...
Description The course introduces the basics of parallel programming with the OpenMP paradigm, and ...
OpenMP, a directive-based API supports multithreading programming on shared memory systems. Since O...
This course covers techniques for improving the performance of parallel applications by optimising o...
Multi-core architectures have become more popular due to better performance, reduced heat dissipatio...
The focus of this 2 days course is on shared memory parallelization with OpenMP for dual-core, multi...
With the increasing prevalence of multicore processors, shared-memory programming models are essenti...
Single core designs and architectures have reached their limits due to heat and power walls. In orde...
In this paper we will make an experimental description of the parallel programming using OpenMP. Usi...
In the ever-growing complexity of computer architectures, code optimisation has become the main rout...
This paper demonstrates how modern software development methodologies can be used to give an existin...
Dataset, and files related to its creation, uploaded to https://github.com/HPCA4SE-UAB/Building-a-da...
• OpenCL is a Platform API which supports a uniform programming environment across devices – Enables...
As chip manufacturing processes are getting ever closer to what is physically possible, the projecti...
Description This course includes topics on code optimization for x86 platforms (Intel and AMD CPUs)...
This online course organised in cooperation with NHR@FAU covers performance engineering approaches o...
Description The course introduces the basics of parallel programming with the OpenMP paradigm, and ...
OpenMP, a directive-based API supports multithreading programming on shared memory systems. Since O...
This course covers techniques for improving the performance of parallel applications by optimising o...
Multi-core architectures have become more popular due to better performance, reduced heat dissipatio...
The focus of this 2 days course is on shared memory parallelization with OpenMP for dual-core, multi...
With the increasing prevalence of multicore processors, shared-memory programming models are essenti...
Single core designs and architectures have reached their limits due to heat and power walls. In orde...
In this paper we will make an experimental description of the parallel programming using OpenMP. Usi...
In the ever-growing complexity of computer architectures, code optimisation has become the main rout...
This paper demonstrates how modern software development methodologies can be used to give an existin...
Dataset, and files related to its creation, uploaded to https://github.com/HPCA4SE-UAB/Building-a-da...
• OpenCL is a Platform API which supports a uniform programming environment across devices – Enables...
As chip manufacturing processes are getting ever closer to what is physically possible, the projecti...