Prof. Sebastian Troia

Argomenti del programma: Basics of communication networks Functional and layered models (services, protocols, primitives, TCP/IP model) Application layer (examples of application protocols) Transport layer (ARQ protocols, socket interface, UDP and TCP, flow and congestion control) Network layer (Network function and routing, addressing, forwarding, IP, ARP, routing protocols) Data link layer (framing, error control, multipoint networks,…

• Guido Maier, Sebastian Troia et al., Material distributed by the lecturer: slides and exercise notes and video recordings available Note: Note: Material available on WeBeeP

Argomenti del programma: Theory and Lab Lectures 1 – Basic concepts Introduction to Network Automation. The general architecture of modern networks based on Software Defined Networking (SDN): data plane, control plane, network-application plane South-bound interface protocols: OpenFlow, Netconf, YANG modeling, Restconf.

Argomenti del programma: Basics of communication networks Functional and layered models (services, protocols, primitives, TCP/IP model) Application layer (examples of application protocols) Transport layer (ARQ protocols, socket interface, UDP and TCP, flow and congestion control) Network layer (Network function and routing, addressing, forwarding, IP, ARP, routing protocols) Data link layer (framing, error control, multipoint networks,…

Argomenti del programma: The LAB EXPERIENCE IN COMMUNICATION NETWORKS course offers students the opportunity to explore and apply concepts from modern network technologies in real-world scenarios. Activities may include configuring and testing optical networks using commercial SDN controllers, developing IoT devices from sensors to cloud integration, and deploying and validating 5G mobile systems in virtualized environments.