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Telecommunication Network

Training goals

This course aims at providing in a clear and cutting-edge manner the basic notions on telecommunication networks, with a special emphasis on computer networks and the TCP/IP protocol suite.

Prerequisites

A course covering the basics of Communication Theory and a probability theory course is recommended.

Course programme

General overview on telecommunication networks. Circuit switching and packet switching.

Layered architectures. Protocols, connection-oriented versus connectionless services. ISO/OSI model,TCP/IP protocol suite.

Physical layer: RS-232E, USB. Modem functionalities and V.92.

Data link layer and ARQ procedures: stop-and-wait, go-back-N, selective-repeat.

HDLC and PPP. Access techniques to a common channel: fixed, random, on demand.

Poisson processes.

Pure and slotted Aloha, CSMA. Performance evaluation of random access techniques.

IEEE 802 project: IEEE 802.3 LANs, Fast Ethernet/802.3u.

Bridges.

Internet and the standardization process.

IP, Internet Protocol. Datagram format, addresses, subnet addressing. IP routing.

DNS, Domain Name System.

ICMP, Internet Control Message Protocol.

ARP, Address Resolution Protocol.

TCP, Transmission Control Protocol and its algorithms of slow start, congestion avoidance, fast recovery and fast retransmit.

UDP, User Datagram Protocol.

Reference bibliography

M.L.Merani, M. Casoni, W. Cerroni, "Hands on Networking - from Theory to Practice", ed. Cambridge University Press.