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--- announcements [2014/02/13 15:41] – magiero
+++ announcements [2014/09/15 16:19] (current) – magiero
@@ Line 2: / Line 2: @@
 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
+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)
+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
+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
+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
+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
-.1.1, 2.1.2
+.1.1, 2.1.2\\
 L7: OSI Reference Model
-.2
+.2\\
-L8: TCP/IP/HTTP
+L8: TCP/IP Overview (up to and including slide 13)
 .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 =====
-{{quiz1solns.pdf | Quiz 1 Solutions}}
+{{xquiz1solns.pdf | Quiz 1 Solutions}}
 ===== Feb. 10, 2014 =====