07-26-2006 06:52 PM CET - Science & Education
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OFDM for Advanced Wireless Communications

Press release from: hueggenberg gbr
PR Agency: hueggenberg gbr
OFDM for Advanced Wireless Communications
OFDM for Advanced Wireless Communications
(openPR) - Getting ready for Orthogonal Frequency Division Multiplexing within 3 days

Starnberg, July 26th, 2006 - hueggenberg gbr, the experienced firm for technical training courses, is offering a new short course on " OFDM for Advanced Wireless Communications" (Orthogonal Frequency Division Multiplexing). The courses will be presented in October and December 2006 in Munich (Germany) and in Scotland. OFDM is a bandwith efficient digital modulation technique which forms the basis of many wireless standards currently under development. The technique is now extremely popular for wireless communications providing the base algorithm technology for common standards such as WLAN, WiMAX and MBWA. Even in the broadcasting world of DVB (digital video broadcast) and DAB (digital audio broadcast) OFDM is becoming more essential. Future evolutions of 3G (LTE) will likely see the adoption of ODFM, as will different modes of the evolving ultra wideband standards.

Since OFDM is a complex technology to implement this 3-day short course incorporates everything from the fundamentals, advantages and disadvantages of OFDM modulation to receive synchronisation techniques and case studies of cutting edge standards such as 802.11a/g (WLAN), 802.16 (WiMAX) and 802.20 (MBWA). The syllabus is presented in an intuitive manner, and is underpinned by a strong practical element in which attendees are invited to design and simulate physical layer elements of OFDM systems.

This course is organised by hueggenberg gbr and instructed by Steepest Ascent Ltd, who have more than 10 years of experience in the delivery of professional training. The lectures are coordinated by Prof. Bob Stewart with the assistance of the team at Steepest Ascent. Each attendee will receive a comprehensive set of notes of more than 1200 pages as well as a multimedia CD featuring all printed notes and numerous demos and simulation software for in depth study after the course. Lectures about this topic have been successfully presented in the USA at University of California, Los Angeles (UCLA) as well as on-site to a number customers.

The following dates and locations are available:

October 25th to 27th, 2006 in Munich, Germany
December 4th to 6th, 2006 in Livingston, Scotland

Detailed information incl. syllabus and registration form is available for download under:
www.hueggenberg.com/images/seminars/2006_OFDM-en.pdf. To register or for more information please phone: +49 8151 55 50 09-11 and mailto:info@hueggenberg.com.

About hueggenberg

hueggenberg gbr assists high technology companies in the strategic market launch of their services and products. The experts provide sales activities throughout Europe as well as a complete portfolio of national and international marketing and public relations services. This is achieved through their understanding of the importance of networking and communication for a successful expansion in existing and new markets. For more information see www.hueggenberg.com.


About Steepest Ascent

Steepest Ascent provide digital signal processing solutions in the form of consultancy services, training courses and simulation products. They have built a successful business on their extensive knowledge of DSP, particularly in the area of digital communications. Steepest Ascent have a blue chip client list and the customers have benefited greatly from their capabilities in system level design, software development, digital hardware design / implementation and on-site training. Steepest Ascent simulation products include software libraries for 3G, CDMA2000, Adaptive DSP and automatic HDL code generation. For more information see www.steepestascent.com.

hueggenberg gbr
Mandy Ahlendorf
Maximilianstraße 8
82319 Starnberg
Germany
T 49 8151 55 50 09-11
F 49 8151 55 50 09-10
E presse@hueggenberg.com
www.hueggenberg.com
News-ID: 10309
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