Maximum computer performance and scalability to be focus of ScicomP/SP-XXL meetings
SCD to host concurrent meetings for scientific users of IBM systems from July 17–21, 2006
In July 2006, the Scientific Computing Division (SCD) of the National Center for Atmospheric Research (NCAR) will host two concurrent meetings for scientific users of IBM high-performance computing systems.
ScicomP12, scheduled for July 18–21 at NCAR, will be the twelfth in a series of meetings for computational scientists and engineers interested in achieving maximum performance and scalability on IBM HPC systems.
ScicomP12 is being combined with the summer meeting of SP-XXL, which will be held at NCAR from July 17–21. SP-XXL is a membership organization focused on systems-oriented interests in large-scale scientific computing on IBM hardware.
Dr. William Collins, a scientist in NCAR’s Climate & Global Dynamics Division, will be the keynote speaker for the concurrent meetings. Collins, who studies atmospheric radiation, has developed one of the first techniques for integrating aerosol data into global climate models.
ScicomP12/SP-XXL will feature a day of tutorials presented by IBM staff and others on topics relevant to user concerns. Students are welcome, both as regular attendees and tutorial-only registrants, at reduced rates.
Conference organizers are seeking original presentations about recent discoveries, experiences, and lessons learned on IBM HPC products. The deadline for abstract submission has been extended to May 8, 2006.
ScicomP12: Exploring high-performance IBM technologies
ScicomP12 will explore IBM technologies such as the POWER architecture, the Federation Switch, and BlueGene/L. The program will include presentations by HPC users and IBM R&D staff. User presentations will focus on real-world experiences in porting, maintaining, and running codes on large-scale IBM systems. Issues may include code migration, scalable algorithms, hybrid programming models, exploitation of system architectures, and frameworks for scheduling and execution. IBM staff presentations will include hardware and software roadmaps for large systems, application development support software tools, performance programming, measurement, analysis, and tuning techniques.
ScicomP is an international organization of scientific and technical users of IBM systems. The purpose of ScicomP is to share information on software tools and techniques for developing scientific applications on IBM systems, and to gather and provide feedback to IBM to influence the evolution of these systems.
SP-XXL: Examining scalable parallel IBM systems
The SP-XXL 2006 summer meeting will consist of technical sessions open to participants from SP-XXL member sites. The sessions will examine terascale scientific computing on scalable parallel IBM systems, covering topics such as applications, code-development tools, communications, networking, support, parallel I/O, resource management, system administration, and training.
SP-XXL is a self-organized and self-supporting group whose members cover their own costs for participating. Members of SP-XXL work together to increase the capabilities of IBM machines and to provide guidance to IBM on essential development and support issues.
About NCAR, SCD, and Boulder
Established in 1960, the National Center for Atmospheric Research (NCAR) is a federally funded research and development center in Boulder, Colorado. Together with its partners at universities and research centers, NCAR is dedicated to exploring and understanding the Earth’s atmosphere and its interactions with the Sun, the oceans, the biosphere, and human society. NCAR is operated by the University Corporation for Atmospheric Research (UCAR) under the primary sponsorship of the National Science Foundation.
NCAR’s Scientific Computing Division (SCD) is a world leader in supercomputing and cyberinfrastructure, providing computing resources and services to over 60 UCAR member universities as well as NCAR and the larger geosciences community.
Boulder, Colorado, is a center of commerce, education, research, and recreation. At 5,430 feet above sea level, the city is tucked into the foothills of the Rocky Mountains and surrounded by open space. Located 35 miles northwest of downtown Denver, Boulder is a community enriched by natural beauty, an urban culture, and a love of the outdoors.