- Principles of building composite networks
- Traffic localization and network isolation
- Coordination of data link layer protocols
- Routing in networks with arbitrary topology
- Network layer and OSI model
- Network layer functions
- Data transfer protocols and routing information exchange protocols
- TCP / IP protocol stack
- History and prospects of the TCP / IP stack
- TCP / IP stack structure. Brief description of the protocols
- IP Addressing
- Address types: physical (MAC address), network (IP address) and symbolic (DNS name)
- The three main classes of IP addresses
- Special address agreements: broadcast, multicast, loopback
- Mapping of physical addresses to IP addresses: ARP and RARP protocols
- Mapping symbolic addresses to IP addresses: DNS service
- Automating the process of assigning IP addresses to network nodes - DHCP
- IP interworking protocol
- IP packet format
- Fragmentation Management
- Routing with IP Addresses
- An example of the interaction of nodes using the IP protocol
- IP Networking with Masks
- UDP User Datagram Delivery Protocol
- Reserved and available UDP ports
- Multiplexing and demultiplexing application protocols using the UDP protocol
- UDP message format
- TCP Reliable Message Delivery Protocol
- TCP segments
- Ports and TCP connections
- Handshake concept
- Implementing a sliding window in TCP
- Select timeout
- Network overload response
- TCP message format
- ICMP control messaging protocol
- General characteristics of the ICMP protocol
- ICMP message format
- Echo protocol
- Destination node unreachable messages
- Route redirection
- Protocols exchange information TCP / IP stack
- Remote Vector Protocol RIP
- Combining various exchange protocols. EGP and BGP Internet protocols
- OSPF Link State Protocol
- TCP / IP stack development: IPv.6 protocol
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Computer networks
Terms: Computer networks