Grundlagen Der Digitalen Signalverarbeitung: Ein Mathematischer Zugang (Springer-Lehrbuch)

Grundlagen Der Digitalen Signalverarbeitung: Ein Mathematischer Zugang (Springer-Lehrbuch)

by Andreas Wendemuth (Author), EdinAndelic (Contributor), Mathias Mamsch (Contributor), SvenKr]ger (Contributor), Marcel Katz (Contributor), SebastianBarth (Contributor), SvenKra1/4ger (Contributor), SvenKruger (Contributor), Martin Schaffvner (Contributor)

Synopsis

Der Autor geht ausf´┐¢hrlich auf zeitdiskrete, lineare, zeitinvariante Systeme sowie die Verarbeitung zeitdiskreter Signale ein und vermittelt verst´┐¢ndlich die dazu notwendigen mathematischen Verfahren. Es folgen die Stochastische Signalverarbeitung, Sch´┐¢tzungen der Autokorrelationsfunktion und die immer st´┐¢rker benutzten Modellsysteme. Literaturangaben schlie´┐¢en das Buch ab.

$45.22

Quantity

10 in stock

More Information

Format: Paperback
Pages: 268
Publisher: Springer-Verlag Berlin and Heidelberg GmbH & Co. K
Published: 01 Sep 2004

ISBN 10: 3540218858
ISBN 13: 9783540218852

Media Reviews
From the reviews:

The book presents the basic theory of digital signal processing. a ] The book contains a moderate number of exercises, which possibly should be complemented if the book is to be used for teaching purposes. The book is clearly written and concise compared to the existing literature in this genre, and is therefore a welcome contribution. It can be used as a text book in engineering courses. (H. G. Feichtinger, Monatshefte fA1/4r Mathematik, Vol. 146 (2), 2005)


From the reviews:

The book presents the basic theory of digital signal processing. The book contains a moderate number of exercises, which possibly should be complemented if the book is to be used for teaching purposes. The book is clearly written and concise compared to the existing literature in this genre, and is therefore a welcome contribution. It can be used as a text book in engineering courses. (H. G. Feichtinger, Monatshefte f r Mathematik, Vol. 146 (2), 2005)


From the reviews:

The book presents the basic theory of digital signal processing. The book contains a moderate number of exercises, which possibly should be complemented if the book is to be used for teaching purposes. The book is clearly written and concise compared to the existing literature in this genre, and is therefore a welcome contribution. It can be used as a text book in engineering courses. (H. G. Feichtinger, Monatshefte fur Mathematik, Vol. 146 (2), 2005)


From the reviews:

The book presents the basic theory of digital signal processing. The book contains a moderate number of exercises, which possibly should be complemented if the book is to be used for teaching purposes. The book is clearly written and concise compared to the existing literature in this genre, and is therefore a welcome contribution. It can be used as a text book in engineering courses. (H. G. Feichtinger, Monatshefte fur Mathematik, Vol. 146 (2), 2005)


From the reviews:

-The book presents the basic theory of digital signal processing. ... The book contains a moderate number of exercises, which possibly should be complemented if the book is to be used for teaching purposes. The book is clearly written and concise compared to the existing literature in this genre, and is therefore a welcome contribution. It can be used as a text book in engineering courses.- (H. G. Feichtinger, Monatshefte fur Mathematik, Vol. 146 (2), 2005)


From the reviews:

The book presents the basic theory of digital signal processing. ... The book contains a moderate number of exercises, which possibly should be complemented if the book is to be used for teaching purposes. The book is clearly written and concise compared to the existing literature in this genre, and is therefore a welcome contribution. It can be used as a text book in engineering courses. (H. G. Feichtinger, Monatshefte f´┐¢r Mathematik, Vol. 146 (2), 2005)

Author Bio

Professor Dr. rer. nat. Andreas Wendemuth

studierte Physik an den Universit´┐¢ten Gie´┐¢en und Miami, Fl., USA, sowie Elektrotechnik an der FernUniversit´┐¢t Hagen. Er wurde 1994 promoviert in Theoretischer Physik an der University of Oxford, UK, mit einer Arbeit ´┐¢ber Optimierungsverfahren in K´┐¢nstlichen Neuronalen Netzen. Als Marie Curie Fellow war er Postdoctoral Researcher an der University of Oxford und am Niels-Bohr-Institut, Kopenhagen.

Von 1995 bis 2001 arbeitete er als Wissenschaftler in den Philips Forschungslaboratorien Aachen im Bereich automatische Spracherkennung. Seit 2001 ist der Autor Professor f´┐¢r Kognitive Systeme an der Otto-von-Guericke Universit´┐¢t Magdeburg, Fakult´┐¢t f´┐¢r Elektrotechnik und Informationstechnik. Seine Forschungsschwerpunkte liegen dort in der digitalen automatischen Sprachverarbeitung sowie in kognitiven Modellen biologischer Systeme.