Ingegneria informatica (Ακαδημαϊκό έτος 2018/2019) - Ingegneria Informatica (ad esaurimento)

Computer networks

ν. μαθήματος 1: An introduction to computer networks Some basic concepts Protocols and standardization Types of computer networks Channel types Interconnection topologies Multiplexing Switching		Mario Baldi
ν. μαθήματος 2: ISO/OSI protocol architecture Layered models The OSI architecture Layer interaction		Mario Baldi
ν. μαθήματος 3: Physical layer Digital transmission Channel interaction Copper media Amplifiers and repeaters		Mario Baldi
ν. μαθήματος 4: Error control Error protection and correction ARQ: automatic retransmission request Performance with ARQ Window-based ARQ		Mario Baldi
ν. μαθήματος 5: Ethernet and IEEE 802.3 Networks. Medium Access Control Layer Local Area Network requirements and features IEEE 8O2 Protocol Model MAC addresses CSMA/CD MAC IEEE 8O2.3 Frame Format Frame reception		Mario Baldi
ν. μαθήματος 6: Ethernet and IEEE 802.3 Networks. Logical Link Control Layer, Physical Layer, Network Dimensioning Logical Link Control Physical layer standards Network design and dimensioning Key to success		Mario Baldi
ν. μαθήματος 7: LAN interconnection through transparent bridging Bridging Deployment evolution Operating principles Sample operation		Mario Baldi
ν. μαθήματος 8: Spanning tree protocol Problem with transparent bridging A standard solution A closer look at the internals Topology changes Shortcomings		Mario Baldi
ν. μαθήματος 9: Ethernet/IEEE 802.3 evolution. Fast Ethernet Goals and facts Fast Ethernet		Mario Baldi
ν. μαθήματος 10: Ethernet/IEEE 802.3 evolution. Gigabit speeds Gigabit Ethernet Optical communications basics 1OG Ethernet 4O/1OOG Ethernet		Mario Baldi
ν. μαθήματος 11: Wireless LAN - IEEE 802.11 Features and constraints Standardization effort Deployment scenarios MAC Layer Services Medium Access Control		Mario Baldi
ν. μαθήματος 12: Internet and Internet Protocol Version 4 (IPv4) A bit of history The TCP/IP protocol architecture IPv4 General Features Packet Format Fragmentation and reassembly
ν. μαθήματος 13: IP addressing Network architecture Address format Netmask
ν. μαθήματος 14: IP Packet Routing Host routing decision Prefixes and physical networks Prefix matching Router operating principles and addressing scenarios
ν. μαθήματος 15: ARP and ICMP Address resolution protocol Proxy ARP Reverse ARP Internet Control Message Protocol
ν. μαθήματος 16: The transport layer Transport layer in the Internet Multiplexing and demultiplexing UDP: User Datagram Protocol TCP: Transport Control Protocol
ν. μαθήματος 17: TCP Transport Control Protocol. Deeper Dive Segment format Connection management Error control Flow control
ν. μαθήματος 18: Domain Name System Basic principles Domain name and server hierarchy Name resolution Message format DNS extensions
ν. μαθήματος 19: Application layer and electronic mail Application layer Mail delivery architecture Mail transfer protocol Mail access protocols
ν. μαθήματος 20: The World Wide Web A recipe for success The hyper-text transfer protocol Advanced features Performance improvement
ν. μαθήματος 21: Address assignment and private addresses Address assignment Private addresses Public and private intranet NAT: network address translation
ν. μαθήματος 22: Host configuration Manual configuration Dynamic configuration: DHCP Automatic configuration
ν. μαθήματος 23: Routing algorithms Routing and forwarding Non-adaptive routing Dynamic routing Distance vector algorithm Link state algorithm
ν. μαθήματος 24: Internet routing architecture Routing protocol and routing domain Autonomous System Internet routing architecture
ν. μαθήματος 25: Routing protocols and “SPECIAL” delivery Two protocol families Interior gateway protocols Exterior gateway protocols Content delivery networks IP multicasting
ν. μαθήματος 26: Information security Information security challenges Cryptography Addressing information security challenges Digital certificates
ν. μαθήματος 27: Network security Attack types Defenses IPsec: IP Security SSL: Secure Socket Layer Firewalling
ν. μαθήματος 28: IP version 6 (IPV6) - part 1 A new version of IP: why? Addresses Modified protocols Socket programming interface
ν. μαθήματος 29: IP version 6 (IPV6) - part 2 Packet header format Neighbor discovery Transition to IPv6(?)
ν. μαθήματος 30: Mobility in IP Networks Mobility challenges Mobile IP Proxy Mobile IPv6 Locator/Identifier Separation Protocol Host Identity Protocol

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