High Performance Computing
Two Student HPC Users Win Awards
Tobias Bothwell has been named a 2013 Goldwater Scholar, a national award given to top students in the fields of mathematics, science and engineering. Raymond Walter has won a National Science Foundation Graduate Research Fellowship for the upcoming academic year.
Bothwell, a junior double majoring in physics and mathematics, will receive a scholarship of up to $7,500 from the Barry Goldwater Scholarship Foundation. His research mentor is physics professor Salvador Barraza-Lopez, and his focus is quantum theory. For more information about the Goldwater, read the Newswire article.
Walter, majoring in physics, mathematics and economics, will receive a $30,000 fellowship, renewable for up to three years. The graduate fellowship program is one of the National Science Foundation’s oldest and most highly competitive, with roots in the foundation’s original 1950 charter and offering support for graduate study in all scientific disciplines. To learn more, read the Newswire article.
New HPC Course This Fall
AHPCC's Pawel Wolinski is teaching a special topics course in the Fall 2013 semester!
CSCE 4013 Introduction to Cluster Computing - Dr. Pawel Wolinski
High Performance Cluster Computing is required to solve problems which are too large, in terms of memory or run time, for a single workstation. A common approach to these problems is to combine the resources of multiple computers (clusters of nodes) to collectively find the solution. As the problem sizes grow, HPCC is quickly widening its applicability and currently includes fields such as: chemistry, physics, mathematics, computer, mechanical, industrial and electrical engineering, bio-informatics, finance, logistics, and others.
At the completion of the course students will be able to use HPCC resources, available both at the UofA campus and at other computing centres, to run large scale calculations in their respective fields of study. Skills learned will include: basic Linux commands, bash shell, simple scripting, environmental variables (modules), queueing environment, job input preparation, file compression, networking tools, data mining and processing tools, building open source packages, basic mpi programming, multi-node parallel execution, data visualization.
Interested in more information?
Research Experience for Undergraduates at Clemson University
2013 Summer Program in Data Intensive Computing
Clemson, South Carolina
June 3 - July 26 2013
Contact: Brian Dean (firstname.lastname@example.org)
Application review will begin in late March.
Applications will be accepted until all positions are filled.
Undergraduate computing, engineering, and science students, come join Clemson University's NSF-funded REU summer program on data-intensive computing. Students will be matched with a faculty mentor at the beginning of the summer program, and each student will participate in a focused research project.
Faculty mentors participating in the program have a broad range of interests in data-intensive computing, from "Big Data" analytics and architectures to biomedical informatics to computational ecology to reliable software engineering, and much more. The program also includes extensive training in tools and technology used in data-intensive computing research, as well as enrichment lectures, excursions, and social events.
For more information and to apply see:
Send questions to:
Dr. Brian Dean (email@example.com)
Intel Case Study of Razor Upgrade
AHPCC participated in Intel's Customer Reference program, where they used our Razor upgrade as a case study:
In designing and deploying the new environment, the AHPCC team was reminded of the importance of optimizing applications to capitalize on processor advancements. “Organizations need to research their code base and recompile applications,” says Jeff Pummill, manager for cyberinfrastructure enablement at the AHPCC. “That work is vital in fully exploiting the latest processor architectures.”
“According to our testing, the new nodes deliver from one- and-a-half to two times the performance of the previous- generation nodes. We can help researchers address larger research questions and produce results faster than before,” said Rick McMullen, director.
The final case study can be found offsite.
XSEDE Awards Grants to AHPCC Users
Three major XSEDE Resource Allocations Committee (XRAC) awards have been recommended to researchers on the University of Arkansas, Fayetteville campus this quarter.
Read the Newswire article.
Dr. Xuan Shi
Project: Scalable Spatiotemporal Algorithm Study and Development in Criminal Analytics and Urban Growth Simulation
GaTech HP/NVIDIA, Heterogeneous Computing System (Keeneland): 20000
NICS Cray XT5 (Kraken): 1188634
Dr. Douglas Spearot and Shawn Coleman
Project: Atomistic Characterization of Stable and Metastable Alumina Surfaces Request
SDSC Appro with Intel Sandy Bridge Cluster (Gordon Compute Cluster): 274375
TACC Dell PowerEdge C8220 Cluster with Intel Xeon Phi coprocessors (Stampede): 1522012
Dr. Douglas Rhoads and Jeff Pummill
Project: Whole Genome Assembly of Crotalus horridus
PSC SGI Altix UV (Blacklight): 400000
SDSC Appro with Intel Sandy Bridge Cluster (Gordon Compute Cluster): 100000
TACC Dell PowerEdge C8220 Cluster with Intel Xeon Phi coprocessors (Stampede): 100000