SCIENTIFIC COMPUTING presents an interactive,
educational, streaming video and audio webcast
Scalable platform options help lower risk and improve quality for scientists and engineers

Due to recent technology advances, applications such as computer-aided engineering (CAE), where large scale computing has traditionally been cost prohibitive, can now be migrated to cost-effective solutions for improved application performance. Multi-processor based clusters are providing high-end solutions that can augment a workstation or workgroup for computationally intensive modeling. Furthermore, these high-end capabilities are now available at a fraction of the cost of earlier HPC solutions.
Listen to a discussion of the latest developments in hardware and software that are enabling solutions to become more robust and helping to speed processing times. Learn about the state-of-the-industry, the technologies behind recent advances, and what we can expect to see over the next few years.

This informative Webcast includes expert discussion and commentary on:• ways to improve the quality of project results
• how to avoid staffing extra IT resources
• opening the door for a wider number of designers and
  engineers
• generating computer models that closely match real-world
  results
• helping to reduce risk
Listen as our panel of experts discusses innovative solutions and applications, including TOTAL Petrochemicals USA’s success in delivering new levels of compute capabilities to their engineers and scientists.

Presented by:
Scientific Computing logo
In Association with:
HP Invent logo Microsoft logo


Moderator
Suzanne Tracey Suzanne Tracy
Editor-in-Chief
SCIENTIFIC COMPUTING




Panelists
Thomas ParenteauThomas Parenteau
Senior Process Engineer
Total Petrochemicals USA, Inc.


Don BrownDonald H. Brown
Managing Partner
CPD Associates



Ed TurkelEd Turkel
Manager of Product and Technology Group for Hewlett Packard’s High Performance Computing
                      Division
                      Hewlett-Packard