1	Tu 8/27 Lec 1 notes			Course overview, administrivia
		READING: Chapter 1	

2	Th 8/29	Lec 2 notes			Introduction (protocols, types of networks, etc)


3	Tu 9/3	Lec 3				Throughput, started on phys layer
		READING: 2.1 - 2.3	

4	Th 9/5	Lec 4 notes			Encoding, Framing and Error detection [Abhijeet; Jay out of town]
		Homework 1 assigned, due 9/17 5pm

5	Tu 9/10 Lec 6 + 7			ARQ and MAC protocols: ethernet
		READING: 2.4, 2.5 intro, 2.5.1, 2.6

6	Th 9/12
		READING: 2.7 - 2.10 (rest of chapter);
		  need to know token ring principles but not details

7	Tu 9/17					Wireless CSMA/CA;  Network adapters, socket overview
		Homework 1 due 5pm			

8	Th 9/19					Switched networks, ethernet bridges
		Project 1 handed out, due Mon 9/30 midnight
		READING: 3.1 - 3.3

9	Tu 9/24					[Bridge spanning tree alg, routing: src, dg, vc]
						Review: repeaters, hubs, bridges
						Bridge problem: loops, packets can multiply
							Soln: Spanning tree algorithm.
						  VLANs
						Routing: src, datagram, virtual circuit


10	Th 9/26	Slides				ATM
						Quick overview of how switch hardware works (on board)
						Including show the Cisco hardware, how much it costs (guesses)

11	Tu 10/1 Notes				Intro to Internetworking and IP [Sachin, Jay out of town]
	READING: 4.1 - 4.2 (4.2 will take awhile to cover)

	Th 10/3		[UU holiday]

12	Tu 10/8  Slides		 	IP continued

13	Th 10/10 Slides		 	Netbed/Emulab tutorial part 1 [Rob and Mac]

14	Tu 10/15 			[Subnetting, supernetting (CIDR)], routing preview

15	Th 10/17 Slides			Routing - Distance Vector [Sachin]

16	Tu 10/22 Notes 			Routing - Link State

17	Th 10/24 Slides			Review

	Tu 10/29			MIDTERM  [out of town]

18	Th 10/31			IP Miscellany:
	READING: 4.3			scalable routing again (subnetting, CIDR), interdomain routing,
					tunneling/VPNs, ICMP, DHCP, NAT, IPv6 intro,
					maybe mobile IP intro.


19	Tu 11/5				Transport layer: theory and practice
	READING: 2.5, 5.1, 5.2		Reliable transport (ARQ and sliding windows)
					UDP and demux			

20	Th 11/7		Reliable transport

21	Tu 11/12	Reliable transport and TCP; discuss midterm
	Midterm returned

22	Th 11/14	TCP
	READING: 6.3

	Sun 11/17: Project 2 assigned, due Thu Dec 5th [now 12th] midnight.
	READING: 6.1

23	Tu 11/19	TCP connections

24	Th 11/21	Congestion control: general, TCP

25	Tu 11/26	Project 2 discussion

	READING: several small subsections about important but small stuff,
	most of which we will cover quickly in class:
		TOPIC	`	SECTIONS
		-----		--------
		RPC		5.3 pgs 397-398 only, Chap 7 intro, 7.1 through XDR pg 537)
		sync/async	page 412
		performance	5.4
		Router-based congestion avoidance and DECBit: 6.4 intro, 6.4.1
		DNS		9.1

	HOMEWORK: partial assignment so you can get started: problems 5.2 and 5.9.

xx	Th 11/28 [Thanksgiving]

26	Tu 12/3		Congestion avoidance, RPC

27	Th 12/5		DNS, cache consistency, Internet principles, course wrapup

	REST OF HOMEWORK: the homework is due at noon Monday 12/9.  No slip days will be allowed.
	To help with your review for the final, the solutions to all of the
	following problems will be posted by 12:30pm Monday 12/9.
	To help with your workload, for grading, in addition to 5.2 and 5.9 that
	were previously assigned, choose just one problem to do from each of these
	three sets:
		Chapter 2: 20, 21, 27
		Chapter 5: 18(a)(b), 19, 35(a)
		Chapter 6: 14, 18, 31
	So you will do 5 problems for a grade.	There is not much
	point in turning in more than 5; if you do, be sure to tell us
	which ones count.

Project	Th 12/5 5:00p:	Project help session (EMCB 102)
Review	Th 12/5 6:00p:	Review session (EMCB 102) (lecture 28)

Final	Tuesday 12/10 Final (open book, open notes)

PROJECT 2 REVISED DUE DATE:  Thursday Dec 12, midnight.   Slip days are allowed.