Contemporary Communication Systems Using MATLAB
This supplement to any standard communication systems text is one of the first books to successfully integrate the use of MATLAB in the study of communication systems concepts and problems. It has been developed for instructors and students who wish to make use of MATLAB as an integral part of their study. The former will find the means by which to use MATLAB as a powerful tool to motivate students and illustrate essential theory without having to customize the applications themselves; the latter will find relevant problems quickly and easily. The book includes numerous MATLAB-based simulations and examples of communication systems, while providing a good balance of theory and hands-on computer experience. This Updated Printing revises the book and MATLAB files (available for downloading from the Brooks/Cole Bookware Companion Resource Center Web Site) to MATLAB V5.
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Signals and Linear Systems
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algorithm amplitude modulation antipodal signals autocorrelation function AWGN AWGN channel bandpass bandwidth binary bit error carrier codeword coefficients communication system computation convolutional code corresponding denoted detector DSB-AM echo elseif encoder equalizer error probability error rate Fourier series Fourier transform frequency response Gaussian random given Huffman code illustrated in Figure ILLUSTRATIVE PROBLEM Illustrative impulse response information bits interval linear M-FILE function matched filter MATLAB program MATLAB script message signal modulated signal Monte Carlo simulation orthogonal signals PAM signal pause phase Plotting commands follow PN sequence power spectrum Press a key probability density function probability of error PROBLEM Illustrative Problem pulse quantization levels random number random process random variable received signal sampling script for Illustrative shown in Figure signal waveforms signal x(t SOLUTION source output spectra spread spectrum SQNR symbol error title('The transmission transmitted signal trellis values vector Write a MATLAB xlabel zero