Comp 343-001/443-001, Computer Networks, Spring 2010

Peter Dordal, Loyola University Chicago Dept of Computer Science.

The class meets Thursday, 4:15-6:45, Corboy Law 522.

The text is the fourth edition of Peterson & Davie's Computer Networks, A Systems Approach. (The third edition is still ok)

My general course groundrules are here. Exams will count for between 70% to 80% of your grade, with homework and programs making up the rest.

Here is the final exam study guide; solutions are included.

Here is the course survey. You have through Sunday night, May 2, to answer it.

Spring 2022:
I am generally in my office on Mondays from noon to a little before 4:00.
Sometimes I have meetings or come in late, so check first.
I am also available other times via Zoom, by appointment. Contact me via email for the Zoom meeting ID.

Study guides and materials

Midterm Study guide.

Course notes

Week 1: Jan 21	Week 2: Jan 28	Week 3: Feb 4
Week 4: Feb 11	Week 5: Feb 18	Week 6: Feb 25
Week 7: Mar 4	Week 8: Mar 18	Week 9: Mar 25
Apr 1: Easter break	Week 10: Apr 8	Week 11: Apr 15
Week 12: Apr 22	Week 13: Apr 29

java simpletalk examples

TCP: server, client,  threaded server
UDP: server, client

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A very brief introduction to networks

My Ethernet notes

Programming Projects

    Portscan program, due March 26

    Comp 343: forwarder, due April 30
    Comp 443: TCP reassembler, due April 30

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The material divides naturally into three "tracks" that we will alternate between, at will. Here are the tracks:

• LAN basics
• IP and routing (chapters 3 and 4)
• TCP and congestion (chapters 5 and 6)

This looks like the traditional four-layer model (LAN/IP/transit/application), but we're not really abiding by any strict layering. Here is further information about what will be covered in each track:

LAN basics

IP and routing

TCP and congestion

The following classic paper has useful information about TCP/IP security: Security Problems in the TCP/IP Protocol Suite by Steve Bellovin.