Telecommunications

I Area - Signal and system analysis
Spectral analysis of periodic and aperiodic signals.
Signal transmission through linear systems.
Power balance and signal/noise ratio for linear systems.

II Area - Statistical theory of telecommunications
Random variable and functions of distributions and probability density (discrete and continuous).
Some specific distributions and probability density function (binomial, Gaussian, exponential, Laplace, …).
Autocorrelation, cross-correlation.

III Area - Theory of informations
Information source, source entropy (continuous and discrete).
Statistical model of telecommunication channel, transformation.

IV Area - Analog modulation
Amplitude modulation.
Angle modulation (frequency and phase and relations between them).
Pulse modulation.
Power balance and signal/noise ration for these modulations.

V Area - Digital telecommunications
PCM (sample, quantization, coding, compression).
Delta modulation and its variants.
Signal/noise ration (quantization, granular).
Digital signal transmission in the baseband (ISI, noise, Pe, vd , eye diagram).
Transmission of digital signals in the transposed range (digital modulations).
Optimization of transmission (T-filter, correlation receiver).
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