Telecommunications

History . Model Telecommunication Systems. Information Transmission Techniques. Bandwidth & range. Analog and Digital Modulation. Digital Transmission. Means of Information Transmission. Wired and Wireless Transmission. Noise. Introduction to Telecommunication Networks. Network Design & Architecture stratified. Circuit Switching and Packet Switching. Multiplexing. General Network Management Authorities. Examples Network (Telephone Networks, Mobile Networks, Satellite Networks).

Objectives

The objective goals and expected learning outcomes are: to familiarize students with basic concepts of telecommunication systems and networks tha they will meet in the coming semesters. to offer a comprehensive presentation of the current state (state-of-the-art) in telecommunications in simple and understandable terms. to clarify the importance of the various components of a telecommunication system starting from the physical layer reaching up to the application level.

Prerequisites

NO

Syllabus

History . Model Telecommunication Systems. Information Transmission Techniques. Bandwidth & range. Analog and Digital Modulation. Digital Transmission. Means of Information Transmission. Wired and Wireless Transmission. Noise. Introduction to Telecommunication Networks. Network Design & Architecture stratified. Circuit Switching and Packet Switching. Multiplexing. General Network Management Authorities. Examples Network (Telephone Networks, Mobile Networks, Networks Data). Satellite communications