Abstract:

The course consists three parts:

The first part focuses physical and mathematical principles

of wired and wireless electronic communication, including high-frequency electronic signals, bandwidth and noise,

Fourier transforms in the time domain and frequency domain and sampling.

The second part focuses analog modulation

techniques - linear modulations and exponential modulations

and examination of system performance in the presence of contaminating noise. Modulators and detectors circuits.

The third part focuses wireless communication channel properties -

Abstract:

Circuit Variables and Elements, Ohms and Kirchhoff’s Laws, Voltage,

Current and Power in DC Circuits, The Wheatstone Bridge and

Delta to Star Equivalent Circuits, Sinusoidal Steady-State Analysis, Voltage,

Current and Power in AC Circuits, Resonant Circuit, Techniques of Circuit Analysis

(AC+DC): The Node-Voltage Method, The Mesh-Current Method,

Abstract:

Five meetings will deal with antennas and wave propagation

antenna matching, radiation patterns, gain, polarization and wireless link

Five meetings will deal with communication techniques

sampling, pulse modulations, binary modulations, multi symbol modulations,

transmit-receive channels and line coding

Abstract:

Communication satellites are currently used in a wide variety of different uses. The main ones: TV broadcasts, telephony, infrastructure for cellular networks, internet communication and military satellite communication. Satellite communication has the exclusive advantage of reaching remote areas, when it is uneconomical or impossible to connect subscribers to the telephone infrastructure or the cable television infrastructure.