NVIDIA WEBINAR
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With evolving computer architectures, the next generation workforce must be knowledgeable and proficient at employing the best ways to achieve parallelism and performance portability. OpenACC is a directive-based parallel programming model that is built to offer such performance portability for scientific applications, enabling more science with less programming.
By watching this webinar replay, you'll learn:- Gain a complete overview of the OpenACC programming model, as well as the latest developments and trends;
- Learn about scientific applications that have been ported to large computing systems using OpenACC, highlighting codes from bioinformatics, molecular dynamics, weather modeling, and nuclear physics; and
- Discover OpenACC resources that can help you get started with OpenACC, such as training materials, teaching kits, workshops, user groups and more.
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DGX Station Whitepaper
Dive deeper into the DGX Station and learn more about the architecture, NVLink, frameworks, tools and more.
Dive deeper into the DGX Station and learn more about the architecture, NVLink, frameworks, tools and more.
DGX Station Whitepaper
Dive deeper into the DGX Station and learn more about the architecture, NVLink, frameworks, tools and more.
Dive deeper into the DGX Station and learn more about the architecture, NVLink, frameworks, tools and more.
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Speaker
Sunita Chandrasekaran
Assistant Professor, University of DelawareSunita Chandrasekaran is an assistant professor at the University of Delaware in the computer & information sciences department. Her research interests include exploring the suitability of high-level programming models and runtime systems for HPC and embedded platforms. She also focuses on exploring the challenges of migrating scientific applications to such systems. In 2016 she received the IEEE Computer Society TCHPC award for excellence for early career researchers in high performance computing. Sunita holds a Ph.D. from NTU, Singapore, with a specialization in designing software for FPGAs.
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