Seminar
"TCP/IP - Details" (duration: 2 days)
This seminar covers
fully independent technical detailed information about the protocols of TCP/IP.With
this knowledge you are able to understand protocol functions, addressing schemes,
interface configurations and to troubleshoot implementations to find simple
faults.
WHY you should attend:
- Because you are planning or operating heterogeneous
networks
- Because you plan your access to the Internet
- Because you need comprehensive knowledge about
used TCP/IP protocols
Your PREKNOWLEDGE:
- Knowledge of networking technology is
required
CONTENT of the Seminar
Introduction
Why Protocols? - Comparison of ISO/OSI and TCP/IP Models - General Terms
History
and Overview about Protocols
Milestones of the Internet - Internet Today (Host Counts, Internet
Organization) - Protocols im Überblick
Protocols in
Layers 1 & 2
IIEEE 802 and other Standards (Ethernet, IEEE 802.3, Gigabit Ethernet, 10
Gigabit Ethernet, WLAN, Bluethooth) - Point-to-Point Protocol PPP - Protocol
Traces
Protocols in
Layer 3
IPv4 (General, Header, Addressing, Subnetting) - IPv6 (General,
Key Requirements, Differences to IPv4) - ARP – ICMP - Protocol Traces
Routing
Introduction – Route Selection - Routing Methods (Source Routing,
Hop-by-Hop-Routing, Default Routing, static, dynamic Routing) – Routing
Protocols (RIP, OSPF, BGP)
Protocols in
Layer 4
Principle of Protocol Layers in TCP/IP – TCP/UDP Ports, Well known Services, Sockets - UDP (Characteristics, Header) - TCP
(Characteristics, Connection Management, Special Functions, Header) - Protocol
Traces
Application Layer
Protocols
Concepts - HTTP - FTP - Telnet - Secure Shell (SSH) - SMTP - POP - IMAP -
NetBIOS and SMB – Protocol Traces
Management Protocols
DNS (File „hosts“, Characteristics, Structure, Management, Components,
Name Resolution, Dynamic DNS) – Automatic Interface Configuration and
centralized Management – BOOTP - DHCP – LDAP - TFTP - SNMP - Protocol Traces
Conclusion
Example pages of seminar
documentation you find
here...
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