Media Summary: In this video from FOSDEM'19, Thomas Schwinge presents: Cloud microphysics are computationally costly components in a climate model. To improve its performance, we port the cloud ... The DO CONCURRENT statement, introduced as standard in Fortran 2008, means that applied loops can be executed in parallel.

Speeding Up Programs With Openacc - Detailed Analysis & Overview

In this video from FOSDEM'19, Thomas Schwinge presents: Cloud microphysics are computationally costly components in a climate model. To improve its performance, we port the cloud ... The DO CONCURRENT statement, introduced as standard in Fortran 2008, means that applied loops can be executed in parallel. FOSDEM 2019 Hacking conference , , , , , . In this video from the Stanford HPC Conference, Doug Miles from NVIDIA presents: OVERFLOW is an overset, structured computational fluid dynamics (CFD) code written in Fortran which is widely used in the ...

Conference abstract: The McStas neutron ray-tracing simulation package is a versatile tool for producing accurate simulations of ... Numerical simulation of geodynamic processes is computationally expensive. The pursuit of higher resolution and more accurate ... In this video from the GPU Technology Conference, Saber Feki from KAUST and Ahmed Al-Jarro from Fujitsu Labs in Europe ... First of a series of presentations is a full John Stone, Senior Research Programmer at University of Illinois Urbana-Champagne, shares his experience of

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Speeding up Programs with OpenACC in GCC
Accelerating the Cloud Microphysics Parameterization on GPU using the Directive-based Methods
Evaluation of GPU Offloading Method Using Fortran Standard Parallelization
Speeding up Programs with OpenACC in GCC ... using the compute power of GPUs and other accelerators
Speeding up Programs with OpenACC in GCC    using the compute power of GPUs and other accelerators
Accelerating HPC Applications on NVIDIA GPUs with OpenACC
Porting OVERFLOW CFD Code to GPUs  To Hackathons and Beyond
Speeding up legacy: GPU-accelerating the McStas instrument simulation code using OpenACC (ICNS 2022)
Advanced OpenACC Profiling - Lecture #1, May 2016
GPU Acceleration on Geodynamic Simulation via OpenACC
Experiences in Porting Scientific Applications to GPUs Using OpenACC
Introduction to OpenACC on x86 CPU and GPU
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Speeding up Programs with OpenACC in GCC

Speeding up Programs with OpenACC in GCC

In this video from FOSDEM'19, Thomas Schwinge presents:

Accelerating the Cloud Microphysics Parameterization on GPU using the Directive-based Methods

Accelerating the Cloud Microphysics Parameterization on GPU using the Directive-based Methods

Cloud microphysics are computationally costly components in a climate model. To improve its performance, we port the cloud ...

Evaluation of GPU Offloading Method Using Fortran Standard Parallelization

Evaluation of GPU Offloading Method Using Fortran Standard Parallelization

The DO CONCURRENT statement, introduced as standard in Fortran 2008, means that applied loops can be executed in parallel.

Speeding up Programs with OpenACC in GCC ... using the compute power of GPUs and other accelerators

Speeding up Programs with OpenACC in GCC ... using the compute power of GPUs and other accelerators

by Thomas Schwinge At: FOSDEM 2019 https://video.fosdem.org/2019/UA2.118/

Speeding up Programs with OpenACC in GCC    using the compute power of GPUs and other accelerators

Speeding up Programs with OpenACC in GCC using the compute power of GPUs and other accelerators

FOSDEM 2019 Hacking conference #hacking, #hackers, #infosec, #opsec, #IT, #security.

Accelerating HPC Applications on NVIDIA GPUs with OpenACC

Accelerating HPC Applications on NVIDIA GPUs with OpenACC

In this video from the Stanford HPC Conference, Doug Miles from NVIDIA presents:

Porting OVERFLOW CFD Code to GPUs  To Hackathons and Beyond

Porting OVERFLOW CFD Code to GPUs To Hackathons and Beyond

OVERFLOW is an overset, structured computational fluid dynamics (CFD) code written in Fortran which is widely used in the ...

Speeding up legacy: GPU-accelerating the McStas instrument simulation code using OpenACC (ICNS 2022)

Speeding up legacy: GPU-accelerating the McStas instrument simulation code using OpenACC (ICNS 2022)

Conference abstract: The McStas neutron ray-tracing simulation package is a versatile tool for producing accurate simulations of ...

Advanced OpenACC Profiling - Lecture #1, May 2016

Advanced OpenACC Profiling - Lecture #1, May 2016

This is the 1st lecture of the Advanced

GPU Acceleration on Geodynamic Simulation via OpenACC

GPU Acceleration on Geodynamic Simulation via OpenACC

Numerical simulation of geodynamic processes is computationally expensive. The pursuit of higher resolution and more accurate ...

Experiences in Porting Scientific Applications to GPUs Using OpenACC

Experiences in Porting Scientific Applications to GPUs Using OpenACC

In this video from the GPU Technology Conference, Saber Feki from KAUST and Ahmed Al-Jarro from Fujitsu Labs in Europe ...

Introduction to OpenACC on x86 CPU and GPU

Introduction to OpenACC on x86 CPU and GPU

First of a series of presentations is a full

Acceleration of Molecular Dynamics Codes with OpenACC is Accessible to Practicing Scientists

Acceleration of Molecular Dynamics Codes with OpenACC is Accessible to Practicing Scientists

John Stone, Senior Research Programmer at University of Illinois Urbana-Champagne, shares his experience of