Intel® Software Development Tools for HPC

6 Apr 2020, 09:20 → 7 Apr 2020, 17:00 Europe/Berlin

Rosensaele/1st floor-102 - Grosser Rosensaal (Rosensaele, FSU Jena)

Andre Sternbeck (Friedrich-Schiller-University Jena), Henning Schwanbeck (Technische-Universität Ilmenau)

The HPC Workshop has been postponed to Autumn 2020 due to the recent developments with Covid-19.

That is, there will be NO workshop in April.

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Get the best performance out of your code. This workshop by Intel experts gives you an introduction to the different Intel tools for High-Performance Computing (HPC). During the second day you can apply and test these tools in hands-on sessions. Furthermore, on Tuesday afternoon you can bring your own code and discuss it with the Intel experts.

Agenda_UNI_Jena_v2_1.pdf

Monday 6 April

09:30 Welcome

1 The Intel® Architecture for Software Developers

This session will offer insights into Intel® hardware platforms tailored to the needs of software developers, software architects and HPC experts. Learn how Intel® Software Development Tools will help you to achieve optimal performance via vectorization, memory access tuning, and threading.

2 Intel® Parallel Studio - Software Development Tools for HPC

This session will provide an introduction and overview over the different Software Developer Tools from Intel

3 Intel® oneAPI

Modern workloads are incredibly diverse—and so are architectures. No single architecture is best for every workload. Maximizing performance takes a mix of scalar, vector, matrix, and spatial (SVMS) architectures deployed in CPU, GPU, FPGA, and other future accelerators. Intel® oneAPI products will deliver the tools you need to deploy your applications and solutions across SVMS architectures.

4 Intel® Compiler

Get the best performance out of your code by using the right compiler options

12:00 Lunch

5 Intel® MPI Library

Get the best performance out of your MPI application by tuning the Intel MPI library

6 Intel® Advisor

The Intel Advisor is the tool of choice for vectorization optimization and threading prototyping.

7 Intel® VTune™ Profiler

Without the right data, you’re guessing about how to improve software performance and are unlikely to make the most effective improvements. The VTune Profiler collects key profiling data and presents it with a powerful interface that simplifies its analysis and interpretation.

8 Intel® Trace Analyzer and Collector (ITAC)

ITAC can help you to understand MPI application behavior across its full runtime.

15:00 Coffee Break

9 Intel® VTune™ Profiler

Application Performance Snapshot. Take a quick look at your application's performance to see if it is well optimized for modern hardware

10 Intel® Distribution for Python

Achieve faster Python application performance—right out of the box—with minimal or no changes to your code.

11 Summary & Q&A

Tuesday 7 April

Hands-on Sessions

12 Intel® Advisor

13 Intel® VTune™ Profiler

12:00 Lunch

Bring Your Own Code Sessions

During this afternoon you can discuss your code with Intel experts. Please prepare yourself and your target HPC environment beforehand.

Note: For the preparation of your code you may contact in advance the organizers (andre.sternbeck@uni-jena.de, henning.schwanbeck@tu-ilmenau.de).

14 Session 1

15:00 Coffee Break

15 Session 2