Telecommunications Engineering, Probabilities and stochastic processes, probability concepts, probability theory, Frequency definition of probability, set theory concepts, Axiomatic definition of probability, Venn diagrams, Properties of probability, Joint and marginal probability, Conditional probability, Bayes’ rule, Independence, Law of total probability, Binary symmetric channel (BSC), Random variables, Sample space, Cumulative distribution function (cdf), probability distribution function, Probability density function (pdf), Probability mass function (pmf), Marginal cdf and pdf, Conditional pdf, Independent random variables, Statistical averages, Expectation, Standard deviation, Variance, Covariance, Correlation coefficient, Random processes, Probability distribution of a random process, Stationarity, 2nd-order stationarity, Strict stationarity, Covariance, Autocorrelation, Correlation of random processes, Weak or wide-sense stationarity (WSS), Power spectral density, Wiener-Khinchine Theorem, Linear systems and random processes, Independency and correlation, Cross-correlation, Jointly stationary I/O-processes, Spectral functions, Time domain, Frequency domain, Gaussian processes, Gaussian PDF, Mean vector and covariance matrix, Joint Gaussian PDF, Gaussian random processes, Noises, White noise, Gaussian noise, Gaussian white noise, Narrowband noise, Complex envelope, Bandpass (narrowband) random process, Narrowband noise

Telecommunications Engineering I - Probability Concepts and Stochastic Processes PDF

The list of books you might like