An Interactive Multimedia Introduction to Signal ProcessingThis innovative book and CD-ROM learning system offers students and teachers a hands-on, interactive tool that makes the concepts and tools of modern, computer-based signal processing immediately understandable. Built around interactive software (DASYLab) and supported by 240 illustrations, Karrenberg??'s self-tutorial emphasizes the underlying principles of signals and systems while avoiding mathematical models and equations. This approach makes the material more accessible to readers who may lack mathematical and programming sophistication yet need to use or instruct others in the skills. The CD contains all programs, videos, manuals, and the complete text. The S-version of DASYLab for Windows provides an interactive development environment for the graphic programming of signal processing systems, and, more generally, microelectronics systems. Through active links, block diagrams, a pc sound card, and a microphone, users perform signal processing of real signals, attaining a visceral knowledge of the concepts and methods. More than 200 pre-programmed systems and transparencies are included. Interactive Multimedia Introduction to Signal Processing has been awarded a prestigious digita2002 award. Digita awards are one of the most important multimedia prizes in Germany's educational market. They are awarded annually to the best educational software in various categories. |
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Contents
f | 41 |
l l l l l l l | 42 |
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0 | 45 |
Pulse duty cycle TT 14 | 46 |
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1941 | 90 |
300 | 95 |
f | 120 |
0 | 243 |
Time domain | 244 |
Frequency domain | 284 |
1 | 342 |
ISDN | 404 |
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Common terms and phrases
8-pulse A/D converter amplitude spectrum analog signal audio axis bandwidth bit pattern bit sequence block diagram block length bottom carrier frequency channel circuit components conducting state region convolution cosine curve D/A converter DASYLab decoding demodulation different frequencies differentiation digital filters digital signal processing discrete encoding error example eye diagram FM signal Freq frequency band frequency domain frequency swing frequency vector GAUSSian Hz Illustration important input signal instantaneous frequency integration linear lowpass filter LP filter mathematical means measurement mid-frequency multiplex multiplication near-periodic negative frequency noise output signal period length phase shift phase spectrum physical possible pulse response h(t quantization range rectangular result sampling frequency sampling rate segment shows Si-function sideband signal space sine single sideband modulation sinusoidal oscillations sinusoidal signal source signal spectra sweep signal Symmetry Principle test signal transmission transmitted trellis diagram Uncertainty Principle voltage window