Project Description
Learning objectives
Course content
General introduction to the access alternatives. Access technologies: : – Switched Ethernet – IP over Ethernet – Wireless LAN – xDSL Access.
General introduction to multiplexing techniques. PCM numerical multiplexing. Asynchronous (PDH) and synchronous (SDH) numerical multiplexing. ISDN Network. Data transportation technologies evolution: X.25, Frame-relay, ETM. IPtransportation on the network backbones: from IP over ATM to IP over Optical Networks. MPLS technology. Voice over IP transportation. Voice over IP signaling. SIP: Architecture and protocol. Sound flow transportation: brief notes about voice codifications (G.711, G.723, iLBC), RTP protocol. Routing algorithms (Dijkstra, Bellman-Ford). Routing protocols classification. RIP, OSPF, BGP.
6 CFU-program:
General introduction to the access alternatives. Access technologies: – Switched Ethernet – IP over Ethernet – Wireless LAN – xDSL Access.
General introduction to multiplexing techniques. PCM numerical multiplexing. Asynchronous (PDH) and synchronous (SDH) numerical multiplexing. ISDN Network. Data transportation technologies
evolution: X.25, Frame-relay, ETM. IPtransportation on the network backbones: from IP over ATM to IP over Optical Networks. MPLS technology. Voice over IP transportation. Voice over IP signaling. SIP: Architecture and protocol. Sound flow transportation: brief notes about voice codifications (G.711, G.723, iLBC), RTP protocol. Routing algorithms (Dijkstra, Bellman-Ford). Routing protocols classification. RIP, OSPF, BGP.