Shop : Details
Shop
Details
48,80 €ISBN 978-3-8440-3873-6Softcover154 pages61 figures227 g21 x 14,8 cmEnglishThesis
September 2015
Thomas Handte
Optimization of Multicarrier Data Transmission over Wireline and Optical Media for a Novel Industrial Fieldbus
Today's fieldbus systems face demanding requirements. Particularly in the low-level industrial field where data between sensors and actuators is exchanged, very short response times are required for a multitude of subscribers which also demand an ever increasing data rate. As current fieldbus systems operate at their performance limit, new communication architectures are essentially required which employ advanced modulation and coding techniques.
This thesis describes a novel system architecture for an industrial fieldbus based on multicarrier principles which are shown to be very flexible regarding the stringent requirements imposed by factory automation. Besides, we address algorithms which enhance system performance by mitigating impulse noise for example. In addition, we present a rigorous noise analysis of the developed fieldbus in multiple access scenarios and derive optimization strategies which increase the signal-to-noise ratio (SNR) and yield fairness between subscribers. For some applications, an optical transmission, which demands unipolar transmit signals, is beneficial. Thus, we present and thoroughly analyze various transmission techniques for unipolar multicarrier modulation. Although the novel fieldbus is primarily designed for wireline networks only minor changes are required to adapt it for an optical channel. In conclusion, we introduce and analyze electronic circuits performing the electro-optical conversion.
This thesis describes a novel system architecture for an industrial fieldbus based on multicarrier principles which are shown to be very flexible regarding the stringent requirements imposed by factory automation. Besides, we address algorithms which enhance system performance by mitigating impulse noise for example. In addition, we present a rigorous noise analysis of the developed fieldbus in multiple access scenarios and derive optimization strategies which increase the signal-to-noise ratio (SNR) and yield fairness between subscribers. For some applications, an optical transmission, which demands unipolar transmit signals, is beneficial. Thus, we present and thoroughly analyze various transmission techniques for unipolar multicarrier modulation. Although the novel fieldbus is primarily designed for wireline networks only minor changes are required to adapt it for an optical channel. In conclusion, we introduce and analyze electronic circuits performing the electro-optical conversion.
Keywords: fieldbus; OFDM; OFDMA; DMT; DMT-MA; PHY; impulse noise; ADC distortion; SFO; multiuser networks; noise analysis; SNR analysis; optimization; noise funneling; intensity modulation; unipolar OFDM; optical data transmission; POF; optic electrical conversion
Available online documents for this title
You need Adobe Reader, to view these files. Here you will find a little help and information for downloading the PDF files.
Please note that the online documents cannot be printed or edited.
Please also see further information at: Help and Information.
Please also see further information at: Help and Information.
| Document |  | Document | ||
| Type |  | |||
| Costs |  | 36,60 € | ||
| Action |  | Purchase in obligation and download the file | ||
| Document |  | Table of contents | ||
| Type | | |||
| Costs |  | free | ||
| Action |  | Download the file | ||
User settings for registered online customers (online documents)
You can change your address details here and access documents you have already ordered.
User
Not logged in
Export of bibliographic data
Shaker Verlag GmbH
Am Langen Graben 15a
52353 Düren
Germany
Am Langen Graben 15a
52353 Düren
Germany
Mon. - Thurs. 8:00 a.m. to 4:00 p.m.
Fri. 8:00 a.m. to 3:00 p.m.
Fri. 8:00 a.m. to 3:00 p.m.
Contact us. We will be happy to help you.
