CSE3213

This page is read only. You can view the source, but not change it. Ask your administrator if you think this is wrong.
====== Announcements ======

Here, you can list what's new in your course.

===== Apr. 8, 2014 =====

If you want to drop by with questions you can find me in my office (LAS 1012B) on Thurs. Apr. 10 9am-11am.

As noted in class final covers topics after the midterm:
L8 (slide 14) to L17 (inclusive...assume inclusive unless otherwise specified). The associated textbook parts are already given in the Lectures segment.  Don't worry about:
 
  * L15: slides 21 on
  * L17: slides 21 and 32

I have posted more practice problems ("More Problems") in the Assignments section.

===== Apr. 2, 2014 =====

{{xquiz3soln.pdf | Quiz 3 Solutions}}

===== Mar. 24, 2014 =====

Assignment 3 posted. Due Mon. March 31 by the end of class.

{{xquiz2soln.pdf | Quiz 2 Solutions}}

===== Mar. 9, 2014 =====

Assignment 2 posted.  Due Mon. March 17th by the end of class.

===== Feb. 26, 2014 =====

{{xmidtermsoln.pdf | Midterm Solutions}}

===== Feb. 13, 2014 =====
Here's a list of what is valid material for the midterm (along with relevant textbook sections)
L1: Overview\\
L2: Basic Networking Principles
Capacity, bandwidth, sinc pulses: 3.2.2, 3.4.1, 3.5.1
Queues: A.3.1 (although we used a much much shorter derivation of the M/M/1 queue - which we didn’t even refer to as an M/M/1 when discussing queue delay estimation in class)
Little’s Formula: A.1.2 (although we just stated Little’s formula and did not derive it, nor will we)\\
L3: Internet Structure and Addressing
IP Addressing: 8.2.2, 8.2.3, 8.2.5
DNS: 2.1.1\\
L4: Internet Routing and Controls
General routing: 7.4
Bellman-Ford (Distance-Vector Routing): 7.5.1
Dijkstra’s (Link-State Routing): 7.5.2
Distance vs. Link: 7.5.4\\
L5: Internet Application Topology
More applied stuff not directly in textbook.
Basically discussed how queries can be distributed in server farms, the idea of the cache, leveraging DNS to efficiently deliver content, high-level mechanics of peer-to-peer networks\\
L6: Protocols, Services, Layers
2.1.1, 2.1.2\\
L7: OSI Reference Model
2.2\\
L8: TCP/IP Overview (up to and including slide 13)
2.3, 2.5.3

Midterm will be a combination of short answer written (and maybe draw) questions and quantitative stuff. 6-7 multi-part questions.

You guys seem especially worried about some of the signalling stuff in Lecture 2 and 4 so here are some notes on those topics:

{{l2-notes2up.pdf | L2 Notes}}\\
{{l4-notes2up.pdf | L4 Notes}}

===== Feb. 12, 2014 =====
{{xquiz1solns.pdf | Quiz 1 Solutions}}

===== Feb. 10, 2014 =====
Assignment 1 solutions posted (in Assignments folder of wiki).

**Quiz at the end of class on Wed. Feb. 12 (20 mins.)**.  It will be on Assignment 1.

In the Assignments folder I have also posted a bunch of questions (and solutions) for you to practice on (you don't have to worry about this stuff for the quiz, but its good practice for the midterm).

===== Jan. 25, 2014 =====
Assignment 1 posted in Assignments directory (of Wiki).  Due. Wed. Feb. 10 by end of class.

===== Jan. 6, 2014 =====

Welcome to 3213. Course wiki updated for 2014.