Telecommunications Topics: Applications of Functions and Probabilities in Electronic Communications
From DSL to CDMA, from ATM to high-speed moderns, "Telecommunications Topics" brings together the analysis, theory, and examples electrical engineers need to build tomorrow's telecommunications systems. Beginning with a practical review of deterministic and probabilistic analysis, it considers 22 core problems that lie at the heart of contemporary telecommunications system architecture, design, and performance.
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amplitude autocorrelation function average number bandwidth binary bits calling units carrier cell channel codeword companding complex Fourier coefficients components datastream Define described diagram Dirac Dirac comb distribution function employed energy equal Erlang EXAMPLE exponential filter Fourier series Fourier transform frame frequency domain frequency modulation fx(x impulse function intersymbol interference kbits/s LCAM levels magnitude message signal modulated wave modulation index noise power noise signal number of calling occur offered traffic optical fibers output packet periodic function Poisson power spectral density power-type functions probability density function probability of error Problem Find produce quantizing queueing system raised cosine random process random variable receiver rectangle function sample function sample points sender sequence shown in Figure sideband signal power signal units signal watts signal-to-noise ratio sinusoidal Solution sp(t spread spectrum symbols techniques timeslot tion transmission transmitted unipolar width zero zero-mean