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Digital Signal Processing

Couverture du livre « Digital Signal Processing » de Kunt aux éditions Ppur
  • Date de parution :
  • Editeur : Ppur
  • EAN : 9782880740405
  • Série : (-)
  • Support : Papier
Résumé:

The motivation that led us to create this computer aided

teaching laboratory is to facilitate the use of digital

signal processing methods in engineering practice. It is

possible to learn the methods by reading text books or by

taking correspondence courses. Mastery of the methods... Voir plus

The motivation that led us to create this computer aided

teaching laboratory is to facilitate the use of digital

signal processing methods in engineering practice. It is

possible to learn the methods by reading text books or by

taking correspondence courses. Mastery of the methods of

digital signal processing, however, requires more than

adeptness with theory. Those students and engineers in

continuing education programs who have used this software

laboratory are convinced of its usefulness.

It is now part of the digital signal processing course

offered at the Swiss Federal Institute of Technology in

Lausanne (Ecole Polytechnique Fédérale de Lausanne, EPFL).

The attention this material has received from outside EPFL

has justified its distribution by Presses Polytechniques

Romandes, a non-profit foundation. The benefits will be

used solely to support research activities in digital

signal processing at EPFL.

The subject, namely digital signal processing, and the

related methods are described in a companion book, vol. XX

of the Traité d'Electricité, Presses Polytechniques

Romandes, Lausanne, 1980. Therefore, they are not presented

again here. Brief reminders and cross references are

abundantly included in the following text. The present

state of these programs have been reached by incorporating

a plethora of remarks and criticism. They are, however,

neither complete nor perfect. Comments and remarks from the

users are always welcome.

Contents





Introduction



Signal Generation



Orthogonal Transforms



Linear Systems and Convolution



Autocorrelation Function Estimation



Spectral Analysis



Digital Filter Design and Filtering



Bibliography

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