Further reading
Articles mentioned in the course
- Using the TCP fixed point equations to calculate throughputs:
- Buffer size and TCP:
-
Models for a self-managed Internet, F.Kelly, 1999.
-
Traffic engineering versus
content distribution: a game theoretic perspective,
D.DiPalantino and R.Johari, 2009
- A Study of Networks Simulation Efficiency: Fluid Simulation vs. Packet-level Simulation
Benyuan Liu, Daniel R. Figueiredo, Yang Guo, Jim Kurose, Don Towsley
[pdf]
- The fourth quadrant: a map of the limits of statistics, Nassim Taleb. Edge
- The mathematics of traffic
in networks,
F. Kelly. Princeton companion to mathematics.
- SybilGuard: defending against Sybil attacks via social networks,
H. Yu, M. Kaminsky, P. B. Gibbons, A. Flaxman. SIGCOMM 2006.
See also the public review.
- A Brief History of
Generative Models for Power Law and Lognormal Distributions, M.Mitzenmacher, Internet Mathematics 2004.
- Wide-area
traffic: the failure of Poisson modeling, V. Paxson and
S. Floyd. IEEE/ACM Transactions on Networking, 1995.
- An empirical study of operating systems errors,
A. Chou, J. Yang, B. Chelf, S. Hallem and D. Engler, Symposium on Operating Systems Principles, 2001.
- The
anatomy of a large-scale hypertextual web search engine,
S. Brin and L. Page. WWW7 / Computer Networks, 1998.
- Inside
PageRank,
Monica Bianchini, Marco Gori, Franco Scarselli. ACM Transactions on
Internet Technology, 2005.
- Loss Networks, Frank Kelly. Annals of Applied Probability, 1991.
- Characteristics
of WWW client-based traces, C.A. Cunha, A. Bestavros,
M.E. Crovella. Technical report TR-95-010, Boston University Dept of
CS, 1995.
- Congestion avoidance and control, Van Jacobson, 1988.
Related books and courses
Some courses and books which cover similar material to this course,
though usually with more mathematics:
An brilliant guide to how to think about visualizing data:
Books from which to learn probability:
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A modern introduction to probability and statistics:
understanding why and how, F.M.Dekking, C.Kraaikamp, H.P.Lopuhaa,
L.E.Meester (Springer).
[1 copy in science library]
[1 copy borrowable from DJW]
[amazon].
Very clear presentation; chapters 1—9 all relevant.
|
|
Probability and computing: randomized algorithms and probabilistic
analysis, M.Mitzenmacher and E.Upfal (Cambridge)
[amazon].
Chapters 1,2,7 are a brisk and well-written introduction to
probability. The rest of the book is fascinating and very relevant to
computer scientists.
|
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Probability via expectation, P.Whittle (Springer).
[3 copies in science library]
[amazon].
Idiosyncratic and very thoughtful.
Very readable introduction—see pages 1–20, 39–60.
|
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Probability and statistics by example: basic probability and
statistics,
Y.Suhov and M.Kelbert (Cambridge)
[amazon].
Thorough and dense to learn from, but does have a wealth of good exercises.
|
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Introduction to probability and statistics, published by Schaum's Outlines,
ISBN 978-0070380844
[amazon]
[1 copy in science library].
An introduction to probability suitable for first-year undergraduates.
|
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Probability Demystified by Allan G. Bluman, published by McGraw-Hill,
ISBN 978-0071445498
[amazon].
A good introduction to the basics with plenty of worked questions.
|
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Complete Advanced Level Mathematics—Statistics,
published by Nelson Thornes, ISBN 978-0748735600
[amazon].
A clear and straightforward guide to A-level probability and statistics.
|
Books from which to revise calculus:
|
Beginning Calculus by Elliott Mendelson,
published by Schaum's Outlines,
ISBN 978-0071635356
[amazon].
A slightly more sophisticated introduction to calculus, well written, somewhat dense.
|
|
Calculus for Dummies by Mark Ryan, published by Wiley,
ISBN 978-0764524981
[amazon].
Sometimes too wordy, but clear enough.
|
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AS Use of Maths—Calculus, published by Nelson Thornes,
ISBN 978-0748769780
[amazon].
A clear and straightforward guide to A-level calculus.
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