Upcoming OpenMP Tutorials

This blog post is to announce three OpenMP tutorial events that I have committed to. As usual, my OpenMP tutorials focus on Tasking early on and when it comes to performance, I will talk about dealing with NUMA architectures and thread + data affinity in detail. So if you are interested in learning more about these topics and in getting hands-on experience, the tutorials might be of interest for you.

The first one is in about two weeks from now at the Hartree Centre in the UK and part of the Hartree Summer School Series 2014. This summer school consists of three weeks in total, of which the first one is dedicated to Visualization, the second one to High Performance Computing (HPC) and the last and third week is all about Big Data. The week on HPC covers all the HPC programming foundations you might need (I would say), including my part on OpenMP.

The second tutorial event is in September as part of the IWOMP 2014 workshop in Salvador in Brazil. This year’s IWOMP will host two tutorials, the first one is a full-day Introduction to OpenMP given by my colleague Dirk Schmidl and myself. We will do an experiment this year in that we partition the tutorial into many small parts of roughly 20 minutes per topic. During these short slots we will present a specific topic, and each slot will directly be followed by practical hands-on exercises or live demos on the given topic. The second tutorial at IWOMP 2015 2014 will be a half-day tutorial on the OpenMP Accelerator Model given by Eric Stotzer. The plan is that attendees can decide for their specialization: we teach the basics in the morning and go into performance tuning for “traditional” architectures in the afternoon, while Eric will cover the target construct in detail in the afternoon.

Finally the third tutorial will be at SC14 in New Orleans in November, as our Advanced OpenMP Tutorial has been accepted again. This tutorial is really about advanced OpenMP programming for performance, as we want to enable an in-depth understanding of advanced OpenMP constructs and features to provide attendees with a set of performance and scalability recipes that can be applied to improve performance of OpenMP applications. We will also explain how to write new code for and extend existing OpenMP code to compute accelerators with the new OpenMP 4.0 capabilities and in order to do so we extended the team of previous years (consisting of Bronis R. de Supinski, Michael Klemm, Ruud van der Pas and myself) with Eric Stotzer to cover this aspect in detail.