HPX V0.9.10 Available!

The STE||AR Group is proud to announce the release of HPX v0.9.10! In this release our team has focused on making large scale runs simple and reliable. With these changes we have currently shown the ability to run HPX applications on up to 24,000 cores! Other major features include new parcel-port (network-layer) implementations, variadic template support, more parallel algorithms, and the first distributed data structure, hpx::vector. Continue reading

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STE||AR Group Accepted as a GSoC 2015 Mentor Organization

The STE||AR Group is proud to announce that it has been accepted as a mentoring organization in the Google Summer of Code 2015 (GSoC) program! This program pays students to work on open source projects for three months over the summer. While the timeline is short, the experience can leave a lasting impression. In fact, some of us met professionally through past GSoC programs. The next step in the process is for students who wish to participate to write proposals for the work that they would like to do over the summer. To get some ideas of what STE||AR projects are available, please checkout our GSoC Project Ideas page here. We encourage all interested students to contact us with their questions and project ideas at hpx-users@stellar.cct.lsu.edu. We are looking forward to a great summer of code!

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HPX V0.9.8 Available!

The STE||AR Group is proud to announce a new formal release of HPX (V0.9.8) — a C++ runtime system for parallel and distributed applications of any scale. While this release is mainly based on contributions made by partners of the STE||AR Group from the Louisiana State University Baton Rouge (LA, USA) and the Friedrich-Alexander University Erlangen (Germany), it would not have been possible without the help of many people from all over the world. Thanks to everybody involved!

Please see here for the release notes.
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HPXPI V0.1.0 Available!

The first formal version of HPXPI (V0.1.0) is now available for download! Over the past few months the STE||AR Fellows at Louisiana State University, have been hard at work finalizing the first fully functional, open source implementation of the XPI specification. This release goes along with the next major release of the HPX runtime system (V0.9.8) which is used as the underlying implementation and which gives it a solid foundation ensuring high performance and wide portability. It is released as open source software under the Boost software license.
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HPXPI V0.1.0 Release Candidate 1 Available!

The release candidate 1 of the first formal version of HPXPI (V0.1.0) is now available for download! Over the past few months the STE||AR Fellows at Louisiana State University, have been hard at work finalizing the first fully functional, open source implementation of the XPI specification. This release goes along with the next major release of the HPX runtime system (V0.9.8) which is used as the underlying implementation and which gives it a solid foundation ensuring high performance and wide portability. It is released as open source software under the Boost software license. Continue reading

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Metascale’s NT² Released with HPX Support

 From the release announcement:metascale

The first stable release of the 3.x series of MetaScale’s open-source software is available: NT² 3.0. Many Issues have been closed since last beta. The main focus of this release cycle was to fix performances issues and to stabilize some parts of the API.

This release adds support for HPX, STE||AR’s flagship library. This is excellent news for us, as it demonstrates growing interest in the community to rely on a solid runtime system for all parallelization needs.

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On Display…

HPX is making its Museum Debut!  A variation of the HPX + LibGeoDecomp demo, vanDouken  (Highly Parallel Interactive Image Flow), is being installed in an interactive museum exhibit designed to inspire 5th through 8th graders to become interested in the natural sciences and engineering.  This demo (which we originally wrote about here) allows users to insert “forces” on a particle in cell code by swiping a finger across a tablet which interfaces with the simulation.  This particular demonstration has been enhanced so that visitors will be able to not only interact with the image but will be able to change the settings of the force fields using a graphical programing environment.  The setup is being displayed at the Nuremberg Museum for Industrial Culture.  A video of the demonstration with the GUI can be seen here.  For more videos and information visit the vanDouken site at http://vandouken.github.io/

Pictured: The Demo installation

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Migration

Since our 0.9.6 release the STE||AR Group has been busy moving to a new facility!  Our new offices will provide us plenty of space to grow and develop our group.  In addition to gaining two new offices we also will have access to more rack space, more meeting areas, and a large collaborative space right outside of our offices.  As we unpack our boxes we cannot wait to start this new chapter of the STE||AR Group!

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HPX V0.9.6 Released

The STE||AR Group is proud to announce the sixth formal release of HPX (V0.9.6).  We would like to thank everyone for their time and dedication which continues to push HPX to the edge of parallel computation.

HPX (High Performance ParalleX) provides a unified programming model for parallel and distributed applications of any scale. It is the first freely available, open source, feature-complete, modular, and performance oriented implementation of the ParalleX execution model. HPX is a general purpose C++ runtime system for applications targeted at conventional, widely available architectures.

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