An Interactive Multimedia Introduction to Signal Processing by Ulrich Karrenberg, R. Hooton, U. Boltz

By Ulrich Karrenberg, R. Hooton, U. Boltz

Jointly the e-book and CD-ROM shape a studying approach that gives either investigative experiences and the visualization of complicated techniques. A didactic idea is undertaken for microelectronics, machine expertise and conversation engineering, which offers with the visualization of signs and methods as well as graphical programming of sign processing platforms. throughout the usage of a pro and globally supported software program for metrology and keep watch over engineering, DasyLab, worthwhile functions should be built, converted and optimized.Computer supported processing of genuine indications is made attainable over the sound card and the parallel port. Over 2 hundred pre-programmed sign engineering structures and layout transparencies are provided.Pictures additionally play a dominant rule during this ebook: there are various introduction-videos, one for each bankruptcy, greater than 250 top of the range photos and - most crucial - the entire "living" experiments and their effects are visualized. With this studying process, readers can now utilize "equipment" and software program, which used to be virtually unaffordable for people within the past.What's extra, here's a very new thought for studying sign Processing, not just from the physically-based clinical basics, but additionally from the didactic point of view, according to glossy result of mind learn.

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Additional resources for An Interactive Multimedia Introduction to Signal Processing

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In IIllustration 35 there is a (periodic) rectangular pulse with the pulse duty factor 1/10 in the time and frequency domain. The (first) zero position in the spectrum is therefore at the 10th harmonic. g. 1/100). If the pulse duty factor approaches zero we have a (periodic) delta pulse sequence whereby the pulse duration approaches zero. Opposites which have a great deal in common: sine and Gpulse Such needle pulses are called G-pulses (delta-pulses) in the specialised theoretical literature.

They both contain all the information. However, the information from the time domain occurs in a transformed form in the frequency domain and it takes a certain amount of practice to recognise it. Apart from the very complicated (analogous) "harmonics analysis" measurement technique there is now a calculating procedure (algorithm) to compute the frequencybased way of presentation – the spectrum – from the time domain of the signal and viceversa. This method is called the FOURIER transformation.

On the basis of a small number of basic physical phenomena. Thus, for example, the "sonography" Illustration shows a close proximity to oscillation and wave physics. It is above all important to understand in terms of content on the basis of a number of physical phenomena what effects the various signal processes have. The point of departure are at this moment only three physical phenomena, whereby the second is strictly speaking only a consequence of the first: • FOURIER Principle (FP) • Uncertainty Principle (UP) and • Symmetry Principle (SP).

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