Internet Protocols 2016

Internet Protocols

• Time-Saving Advice for the Final Exam:
  • Do not comb through the textbook/reference.
    • Study only those pages that we had a discussion on.
  • For the 70% (Lectures 14-17), focus on the class discussions plus the lecture outline ppts below.
  • For the 30% (Lectures 1-13), solve the problems in Midterm 1,2,3 from this year.
• Textbook
  • Richard W. Stevens, TCP/IP Illustrated Vol. 1, 2nd Ed.
    • Charles M. Kozierok, TCP/IP Guide (reference)
• Tools
  • Wireshark ([1]).
  • ManageEngine MIB Browswer ([2])
• Term project description is finally here.
  • Some hints are on Blackboard (there weren't too many questions so Q&A session is canceled).

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Lecture schedule and materials

week	topic	references and reading	lecture outline
1	Introduction Layering principle	Wireshark	Lecture 1 - intro, layering principle
2	IP address architecture	IANA IPv4 address space registry	Lecture 2 - address architecture
3	Link layer IPv4 Address Resolution Protocol (ARP)		Lecture 3 - link layer Lecture 4 - ARP
4	IP	Wireshark filters reference	Lecture 5 - IP
5	UDP	IANA port numbers registry	Lecture 6 - UDP
1st Midterm (March 28th)	Lectures 1 - 6, tracert, ipconfig, whois, arp commands, Wireshark filters	An example problem set from 2010 (Errata: Prob. 2 answer: 276, 276,60,176) An example problem set from 2014 (Errata: Prob. 8 answer: 276, 252, 140)	Midterm #1 Solutions
6	SNMP	SNMP (Ch. 25) from 1st edition BER rule on the first 2 bytes of object identifier Samsung printer MIB example	Lecture 7 - SNMP SNMP table reading
7	ICMP	No class on Apr. 13th due to General Election (a legal holiday)	Lecture 8 - ICMP
8	DHCP	DCHP trace example	Lecture 9 - DHCP
9	NAT	STUN trace STUN trace with correct cookie (See 6m 45s into the video)	Lecture 10 - NAT
2nd Midterm (April 25th)	Lectures 7 - 10 MIB browser (e.g. ManageEngine), traceroute, ping, ipconfig	An example problem set from 2014 Errata: Prob. 5: UDP port number for DHCP server = 67 Errata: Prob. 11: (TURN) cdabe	Midterm #2 Solutions
10	DNS		Lecture 11 - DNS
11	IP multicast	IGMPv3 trace IPTV channel zapping trace	Lecture 12 - IP multicast
12-13	TCP		Lecture 13: TCP introduction, connection management Lecture 14: TCP interactive traffic management, flow control, timers
3rd Midterm (May 23rd)	Lectures 11 - 13 (through Section 13.3.3 + Fig. 13.8) in the textbook nslookup, ipconfig/displaydns,flushdns,registerdns,netstat	An example problem set from 2014	Midterm #3 Solutions
13	SMTP / POP3	SMTP (Ch. 28) from 1st edition Reading email headers SMTP message example	Lecture 15 - SMTP
14 - 15	BGP / OSPF	Routing	Lecture 16 - BGP overview (Cisco)
Final (June 15th)	Lectures 14 - 17 (70%), Lectures 1 - 13 (30%)	An example problem set from 2010 An example problem set from 2014
Hand in the term project report and code by June 22nd.