Press Release Distribution
 

Members Login  |  Register  |  Why Join?   Subscribe to Newsletter Newsletter   RSS Feeds RSS Feeds

Video Releases    |    Pricing Plans    |    Today's News    |    News By Category    |    News By Region    |    News By Date    |    Business Directory    |    Private Branding
All Press Releases for September 22, 2009 »
RSS Feeds RSS Feed     Print this news Printer Friendly     Email this news Email It    Create PDF PDF Version    Bookmark del.icio.us    Diggs



Field Precision Announces High-speed 3D Electromagnetic Software
Field Precision has added support for parallel processing to Aether, a 3D code for time and frequency-domain electromagnetic simulations. The measured speed improvement is close to a factor of 2X on a dual-core computer. 
x-small text small text medium text large text


    ALBUQUERQUE, NM, September 22, 2009 /24-7PressRelease/ -- Parallel processing has long been a promising path to significant speed increases in computer simulations. Recent technological developments make parallel processing a practical reality on personal computers running Windows:

* The ability to address effectively unlimited memory in Windows XP64 and Vista64.

* The growing prevalence of dual-core and quad-core machines.

Field Precision has the goal of supporting automatic parallel processing in the 64-bit versions of all of our software packages by mid-2010. Because the programs are written in FORTRAN 95 with careful optimization, the serial versions already achieve impressive speed. The clean code organization makes parallelization straightforward and effective. With parallel processing, the company expects speed amplification close to 2X for a dual-core machine and 4X for a quad-core machine.

Field Precision recently created a parallel version of Aether, a 3D time and frequency-domain electromagnetic code. The unified finite-element package handles all stages of a solution: mesh generation, field calculation and interactive analysis. Time-domain calculations are appropriate for pulsed-power devices, electromagnetic interference from transient events and the diffusion of magnetic fields into conductive structures. In the frequency domain, Aether handles both closed and open structures. Closed system tasks include searches for resonant frequencies, generation of mode field distributions and calculation of $Q$ factors. Open-system solutions include antenna simulation and the determination of S parameters for microwave networks.

Benchmark tests were performed with unmodified examples from the Aether application library. In a resonant-mode search, the standard serial version of the program completed the task in 255 seconds. On the average, the task used one processor of a dual-Xeon system. The parallel version used 100% of the system capability and completed the task in 142 seconds. The run time was 56% of the serial-program time, close to the ideal.

The parallel version of Aether will be released for general distribution on Feb 1, 2010. All purchasers of the serial version will receive a free update.

Contact:

Field Precision LLC
Dr. Stanley Humphries
E mail: humphriess@fieldp.com
Telephone: +1-505-220-3975
FAX: +1-617-752-9077

About Field Precision LLC

Field Precision creates easy-to-use 3D Windows simulation software for electrostatics,
permanent magnets, charged-particle devices, microwave equipment,
X-ray technology, and biomedical engineering. For further information, please contact us at techinfo@fieldp.com.


---
Press release service and press release distribution provided by http://www.24-7pressrelease.com


# # #


Read more Press Releases from Stanley Humphries:
Other Press Release Headlines:


Press Release Service & Press Release Distribution News Supplied By 24-7PressRelease.com
Press Release Contact Information:
Stanley Humphries
Field Precision LLC

President
PO Box 13595
Albuquerque, NM
U.S.A. 87192
Voice: 1 505 220 3975
Fax: 1 617 752 9077
E-Mail: Email us Here
Website: Visit Our Website
Disclaimer:
If you have any questions regarding information in this press release, please contact the person listed in the contact module of this page. Please do not attempt to contact 24-7 Press Release. We are unable to assist you with any information regarding this release. 24-7 Press Release disclaims any content contained in this press release. Please see our complete Terms of Service disclaimer for more information.