By Ulrich Karrenberg, R. Hooton, U. Boltz
This cutting edge e-book and CD-ROM studying procedure bargains scholars and lecturers a hands-on, interactive instrument that makes the techniques and instruments of recent, computer-based sign processing instantly comprehensible. equipped round interactive software program (DASYLab) and supported by means of 240 illustrations, Karrenberg’s self-tutorial emphasizes the underlying ideas of indications and platforms whereas keeping off mathematical versions and equations. This technique makes the cloth extra available to readers who could lack mathematical and programming sophistication but have to use or coach others within the talents. The CD comprises all courses, video clips, manuals, and the total textual content. The S-version of DASYLab for home windows offers an interactive improvement atmosphere for the image programming of sign processing structures, and, extra in most cases, microelectronics structures. via energetic hyperlinks, block diagrams, a computer sound card, and a microphone, clients practice sign processing of genuine signs, achieving a visceral wisdom of the innovations and strategies. greater than two hundred pre-programmed structures and transparencies are included.
Interactive Multimedia creation to sign Processing has been provided a prestigious digita2002 award. Digita awards are the most very important multimedia prizes in Germany's academic marketplace. They are provided every year to the simplest academic software program in numerous categories.
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Additional info for An Interactive Multimedia Introduction to Signal Processing
Illustration 18: First exercise with DASYLab (a) Restriet yourself in the first instance to the above two modules (laboratory equipment) generator and "oscilloscope" (screen). Try as above to produce a noise signal and make it visible. (b) Put other signals on the screen by setting the signal generator appropriately (form of signal, amplitude, frequency, phase) by a double dick on the component. Do a bit of experimenting to familiarise yourselfwith the possible settings. (c) Try via the screen menu to "magnify" an excerpt by means of the magnifying lens (zoom).
The other two - also important properties - of a sinusoidal signal are: • arnplitude and • phase angle Chapter 2 Signals in the time and frequency domain Page 41 f Frequency darrein lirre darrein Illustration 28: Picture-aided FOURIER Iransformation The illustration shows in a very graphic way for periodic signals (T = 1) how the path into the frequency range- the FOURIER Iransformation- arises. The time andfrequency domain are two different perspectives ofthe signal. A ''playingjield"for the (essential) sinusoidal signals ofwhich the periodic "sawtooth" signal presented here is composed serves as the pictorial "transformation" between the two areas.
Chapter 1: The concept: methods - content - objectives Page 23 - F~ . ~ Illustration 15: Structure for this concept of "Signals - Processing -Systems" In order to make the confusing variety ofsignal processes manageable and transparentweshall constantly refer back to the structure described here. lt does not, however, make any claim to be complete and will be supplemented and extended where necessary. Perhaps you will notice that the information contained in the signal is not included as a structuring element here.
An Interactive Multimedia Introduction to Signal Processing by Ulrich Karrenberg, R. Hooton, U. Boltz