Difference between revisions of "Syllabus"

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| 9/23 || Principles of reliable data transport || Section 3.4 ||  [[Media:lec09.pdf | Lecture 9 ]]  || Review Questions for lecture 9 ([[Media:rq9.pdf | pdf]], [[Media:rq9.docx | docx]]) ||
 
| 9/23 || Principles of reliable data transport || Section 3.4 ||  [[Media:lec09.pdf | Lecture 9 ]]  || Review Questions for lecture 9 ([[Media:rq9.pdf | pdf]], [[Media:rq9.docx | docx]]) ||
 
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|style="background-color: SpringGreen;"| 9/28 || Principles of reliable data transport (contd.) || Section 3.4 || [[Media:lec10.pdf | Lecture 10 ]]  || ||style="background-color: SpringGreen;"| [[Media:Lab2.pdf | Lab 2 Due]] and [[Media:Lab2report_sol.pdf | solution]]
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|style="background-color: SpringGreen;"| 9/28 || Principles of reliable data transport (contd.) || Section 3.4 || [[Media:lec10.pdf | Lecture 10 ]]  || ||style="background-color: SpringGreen;"| [[Media:Lab2.pdf | Lab 2 Due]] and [[Media:Lab2report.pdf | solution]]
 
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| 9/30 || A closer look at TCP || Sections 3.5, 2.7.2 || [[Media:lec11.pdf | Lecture 11 ]] || Review Questions for lecture 11 ([[Media:rq11.pdf | pdf]], [[Media:rq11.docx | docx]]) ||  
 
| 9/30 || A closer look at TCP || Sections 3.5, 2.7.2 || [[Media:lec11.pdf | Lecture 11 ]] || Review Questions for lecture 11 ([[Media:rq11.pdf | pdf]], [[Media:rq11.docx | docx]]) ||  

Revision as of 13:52, 9 October 2015

Fall 2015 Syllabus & Schedule (subject to change as needed)

Schedule at-a-glance

Legend

Lab Quiz Exam No class




Mon Wed Mon Wed Mon Wed Mon Wed Mon Wed
August 24 26 31
September 2 7 9 14 16 21 23 28 30
October 5 7 12 14 19 21 26 28
November 2 4 9 11 16 18 23 25 30
December 2

FINAL EXAM: Wednesday December 16, 2015, 1:00-3:00pm in Room TBA.

Detailed Schedule & Syllabus (BEING REVISED FOR FALL 2015)

Date Scope Reading Assignments Notes & slides Review Questions Labs/Quizzes
8/24 A brief overview of the Internet, its components, and performance aspects Chapter 1, RFC 1958
FYI: RFC 3439 (especially Section 5)
Lecture 1 - -
8/26 Network applications & the web Chapter 1, Sections 2.1, 2.2
FYI: RFC 2616
Lecture 2 Review Questions for lecture 2 ( pdf, docx)
8/31 The Domain Name System (DNS) Section 2.5
FYI: RFC 1034, RFC 1035, A useful discussion of the need for and use of GLUE records
Lecture 3 Review Questions for lecture 3 ( pdf, docx) Quiz 1 , solution and Notes
9/2 Transport layer overview and socket programming (mostly UDP, but we'll quickly cover TCP as well) Sections 2.7.1, 3.1-3.3
FYI: Java sockets tutorial, TCP/IP Socket in Java (book)
Lecture 4 Review Questions for lecture 4 ( pdf, docx)
9/7 NO CLASS - Labor Day
9/9 File transfer application (FTP) and email application (SMTP) Sections 2.3 & 2.4
FYI: RFC 959, RFC 2821, A discussion of the difference between active and passive FTP
Lecture 5 Review Questions for lecture 5 ( pdf, docx) Lab 1 Due, feedback about lab1 from 2015 , feedback about lab1 from 2014 and solution
9/14 ONL: Open Network Lab - Lecture 6
9/16 Other useful Internet protocols & mechanisms: ICMP, DHCP, NATs Section 4.4 (pp. 345-355)
FYI: RFC 792, RFC 2131, RFC 2131, RFC 2663
Lecture 7 Review Questions for lecture 7 ( pdf, docx) Quiz 2 and solution
9/21 P2P applications - BitTorrent and DHTs Section 2.6 Lecture 8 Review Questions for lecture 8 ( pdf, docx)
9/23 Principles of reliable data transport Section 3.4 Lecture 9 Review Questions for lecture 9 ( pdf, docx)
9/28 Principles of reliable data transport (contd.) Section 3.4 Lecture 10 Lab 2 Due and solution
9/30 A closer look at TCP Sections 3.5, 2.7.2 Lecture 11 Review Questions for lecture 11 ( pdf, docx)
10/5 TCP flow and congestion control Sections 3.6, 3.7
FYI: RFC 5681, RFC 6582
Lecture 12 Review Questions for lecture 12 ( pdf, docx) Quiz 3 and solution
10/7 TCP flow and congestion control (contd.) Sections 3.6, 3.7
FYI: RFC 5681, RFC 6582
Lecture 13
10/12 Review session - - - -
10/14 IN CLASS MIDTERM Midterm review
10/19 IPv4 protocol and Internet routers (IP addresses & subnets, router architecture) Sections 4.1-4.3, 4.4 (up to p. 345)
FYI: RFC 1812
Lecture 14 Review Questions for lecture 14 ( pdf, docx)
10/21 Routing (shortest path) algorithms Section 4.5 Lecture 15 Review Questions for lecture 15 ( pdf, docx) Lab 3 Due and solution
10/26 Intra-domain rouging protocols, i.e., OSPF, IS-IS, EIGRP Sections 4.6.1-2, EIGRP paper
FYI: RFC 2328, RFC 1195
Lecture 16 Review Questions for lecture 16 ( pdf, docx)
10/28 Inter-domain routing (BGP) Section 4.6.3
FYI: RFC 4271, Avi Freedman BGP tutorials (BGP1 and BGP2)
Lecture 17 Review Questions for lecture 17 ( pdf, docx) Quiz 4 and solution
11/2 Multicast routing Section 4.7
FYI: RFC 2236 (Sections 1-3), RFC 3376 (Sections 1-6), RFC 4541 (Section 2), RFC 4601 (Sections 1-3), RFC 4607 (Sections 1-6)
Lecture 18 Review Questions for lecture 18 ( pdf, docx)
11/4 Link layer & Ethernet Section 5.1-5.6, Spanning Tree Protocol
FYI: RFC 826
Lecture 19 Review Questions for lecture 19 ( pdf, docx) Lab 4 Due and solution
11/9 Link layer & Ethernet (contd.) Section 5.1-5.6, Spanning Tree Protocol
FYI: RFC 826
Lecture 20
11/11 Wireless & WiFi Sections 6.1-6.3 Lecture 21 Review Questions for lecture 21 ( pdf, docx) Quiz 5 and solution
11/16 Cellular networks & mobility Sections 6.4-6.8
FYI: RFC 3344
Lecture 22 Review Questions for lecture 22 ( pdf, docx)
11/18 IPv6 Section 4.4.4
FYI: RFC 2460
Lecture 23 Review Questions for lecture 23 ( pdf, docx)
11/23 Security - A cryptography primer Sections 8.1-8.3 Lecture 24 Review Questions for lecture 24 ( pdf, docx) Lab 5 Due and solution
11/25 NO CLASS - THANKSGIVING
11/30 Security protocols
Attacks and defense systems
Lecture 25 Review Questions for lecture 25 ( pdf, docx) Quiz 6 and solution
12/2 Review session - - - -