If your networking background is rusty, you should page material in from one of these excellent books. In particular, we highly recommend the book by Peterson and Davie or the book by Kurose and Ross.
Knowledge of elementary probability (e.g., 6.041, 6.042, or equivalent) will be helpful.
If you feel you know enough about networking, an alternative subject to 6.829 is 6.824. 6.824 is a graduate equivalent of 6.829, but focuses on the engineering of computer systems. If you are a graduate (esp. PhD) student in systems or networking, we recommend that you take both classes during your graduate career at MIT. You must not take them both in the same term, though, since both have heavy-duty projects.
If you're an undergraduate and want practical experience with computer systems, consider 6.097, where you'll learn how to build a stripped-down functioning kernel from scratch.
In addition, there will be a few problem sets assigned during the term. Problem sets will constitute 20% of your grade.
We will have two in-class quizzes, currently planned for Nov 2, 2004 and Dec 2, 2004. These count for 30% of your final grade.
Finally, class participation and performance in surprise quizzes (we reserve the right to hand out a few of these during the term) counts for 5% of your grade.
In summary:
| Course project (2 papers + presentation) | 45% |
| Problem sets | 20% |
| Two quizzes | 30% |
| Class participation, enthusiasm and energy-level! | 5% |
Remember, this is a graduate class and grades shouldn't be your primary or only motivator! What matters is how much you learn about research in networking and how much it excites you. We hope that this class and the project you work on meet that goal.
Last update: Wed Sep 14 22:29:26 EDT 2004 (6.829 staff)