Guia docente 2015_16 Escola de Enxeñaría de Telecomunicación

Máster Universitario en Enxeñaría de Telecomunicación

Contents

Topic	Sub-topic
1. Network Modeling (I)	a) Links: Statistical Multiplexing and queues b) Loss and Delay Analysis in queues
2. Network Modeling (II)	a) Queue Networks b) Network Capacity. Maximum flow minimum cut c) Utility Function
3. Switching	a) Switching Architectures b) IQ and OQ Switches c) MaxWeight Schduling d) Low complexity Scheduling Algorithms
4. Design and planning of networks Ethernet	a) Management and planning of VLANs. VTP b) Advanced STP c) Link Aggregation d) Planning Guidelines
5. Intradomain Routing	a) Intradomain Routing Algorithms b) RIP and RIPv2 c) OSPF
6. Interdomain Routing	a) BGP
7. Design and planning of IP networks	a) ACLs and traffic filtering b) Route Maps and Prefix Lists c) NAT d) DHCP e) The network of an ISP
8. Traffic Engineering and MPLS	a) Traffic Engineering b) MPLS: Description and basic concepts c) Label Distribution: LDP d) MPLS-TE
9. Quality of Service	a) Basic Concepts of QoS b) Traffic shaping and policing c) Active Queue Management (AQM) d) Bandwidth Sheduling e) QoS in Ethernet: 802.1p f) QoS in IP
10. IPv6 Networks	a) The IPv6 protocol. Differences with IPv4 b) Transition: Dual stack and IPv4-on-IPv6 tunnels c) Routing in IPv6 d) DNS and IPv6 e) ICMPv6 and Neighbor Discovery
11. Multimedia	a) Types of service and multimedia applications: VoIP, IPTV, VoD b) Impact of the delay and losses in multimedia applications c) Objective and Subjective Quality d) Transport in real time: RTCP, RTP, RTSP e) Signaling in IP networks: SIP f) Streaming Multimedia Systems: Streaming UDP and HTTP