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About Telecommunications Engineering II by Jorma Kekalainen
Advanced Course in Telecommunications, Telecommunications Engineering, Signals and noise, Digital transmission, Coding and information theory, Diversity techniques, Multi-carrier modulation, Spread spectrum, Wireless overview, Communication, message, signal, Measure of information, Transmission channels, wire pairs (ordinary telephone line), coaxial cable, metallic waveguide, optical fiber, broadcasting, point-to-point microwave transmission, satellite position transmission, cell networks, broadcasting, networking, Analogue vs. digital communication, Latency, Reliability of communication, channel capacity, BER, SNR, baseband signal, Digital transmission system, Signals of communication system, Signals and Systems, Deterministic signals and LTI systems, Time functions, Continuous-time vs. discrete-time, Continuous-valued vs. discrete-valued signal, Deterministic vs. random (stochastic), Causal vs. anticausal vs. non-causal, Even and odd signals, Sinusoids, Exponentials, Complex exponentials, Signal power and energy, Energy signals, Power signals, Impulse function, Dirac-delta function, Step function, Signum function, Rectangular pulse, Amplitude scaling, Time scaling, Downsampling, decimation, Time shifting, Reflection, System, Basic system concepts, Linear, time-invariant systems, Linearity and superposition, Discrete signals and systems, Analog signals and systems, Time-invariance, Impulse response, Response of LTI system, Convolution, Causal system, Causal LTI system, Time-invariance and causality, Cascade LTI systems, Parallel LTI systems, Interconnections of systems/components, control systems (phase-locked loop), System models, Fourier Analysis, Eigenfunctions of LTI system, Frequency function, eigenvalue, Sinusoids are eigenfunctions of LTI systems, Frequency content, Fourier transform, Fourier transform pair, Spectrum of sinusoid, Positive and negative frequency, Frequency content of the rectangular pulse, Spectrum function value at DC, Discrete-Time Fourier Series (DTFS = DFT), Fourier Series (FS), Discrete-Time Fourier Transform (DTFT), Fourier Transform (FT), F-representations, Existence of F-representations, Gibbs effect, Properties of F-representations, Major properties of the F-transform, Parseval’s formula, Power spectrum, useful F-transform pairs, Modulation theorem, Periodic extension, Transform of the periodic extension, Properties of the discrete-time F-series, Discrete Fourier Transform (DFT), Properties of the F-series, Properties of the F-transform, Frequency response and filtering, Frequency response, Distortionless system, Distortion and dispersive system, Ideal filters, Realizable filters, Real filters and their ideal counterparts, Equalizers, Equalization, Quadrature filter, Hilbert transform, Correlation functions and spectral densities, information-bearing signals, Correlation of energy signals, Energy cross-spectral density and autocorrelation, PRN (Pseudo Random Number) code correlation, Energy spectral density, Correlation of power signals, Power spectral density, Spectral density function, Wiener-Khintchine theorem and power cross-spectral density, Correlation and spectral density properties of I/O-signals, Periodic and discrete-time signals, Inner product, Energy and norm, Matched filter, delay estimation using “peak picking”, Autocorrelation function, inverse Fourier transform of the energy spectral density, Bandpass signals and complex baseband representation, Real signals, bandpass signals, bandwidth, conjugate symmetry, baseband signal, Canonical representation, Direct-conversion modem, homodyne or synchrodyne modem, Polar decomposition, Bandpass and baseband equivalent system, complex baseband representation or complex envelope of the passband signal, sampling rate, digital signal processing (DSP), up-converted, down-converted, synchronization, demodulation, decoding, Time domain representation of a passband signal, in-phase (I) component and the quadrature (Q) component of the passband s
Detailed Information
| Author: | ['Jorma Kekalainen'] |
|---|---|
| Publication Year: | 2017 |
| Pages: | 608 |
| Language: | English |
| Format: | |
| Price: | FREE |
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