I've previously written notes about an information theory betting "paradox" and Kelly's optimal betting fraction.


Information theory formalized the duality between information transmission and probability. Many interesting results come from thinking of probability in terms of information, such as using Kelly betting to determine the maximum profit from private information about a stock or how to correctly price an option.

The following are the best three papers I've found on information theory for someone who has just started learning. (One other, Elements of Information Theory, is also good but not free except at a library; I have the solution manual in electronic format if anyone would like it)

1) Shannon's original 1948 paper. Page 3-7 or so is the good bit if you don't like math, it explains the information rate of English (also good if you do like math of course).

2) Information Theory, Inference, and Learning Algorithms by David MacKay. I really like how this one is written, with exercises imbedded in the text to work as you go. This is exactly how I teach myself things when I'm reading independently. For anyone interested in machine learning, this will be a fascinating book. Start from page 1. (this book is also available online from the author's site)

3) Lecture notes: "An Introduction to Information Theory and Entropy" by Tom Carter. This is the best one of the three for anyone reading about info theory for the first time. It's intuitively explained and goes relatively slowly- it's the first one I would recommend to a friend.

Please feel free to leave a comment, ask a question, or email me about anything, even unrelated to the above.

14 comments:

vJD said...

The third link is wrong :-(

Max Dama said...

vJD,

Thanks for commenting, it's fixed now. Glad to know you're interested in that one too, I liked it.

Regards,
Max

The Miracle said...

Max, what's your email address?

Max Dama said...

maxdama at berkeley dot edu

chintan shah said...
This post has been removed by the author.
Max Dama said...

Chintan,

I am not French, actually 1/4 Italian and the rest just mixed Caucasian American for many generations.

Regards,
Max

chintan shah said...
This post has been removed by the author.
chintan shah said...
This post has been removed by the author.
Max Dama said...

Never heard of him

JT said...

The Mackay book "expects familiarity with calculus, probability theory, and linear algebra." I found myself sufficiently lacking in the probability theory to take on the book. I bought a book by A.A. Sveshnikov called Problems in Probability Theory, Mathematical Statistics, and Theory of Random Functions (translated to English), which I'm still slogging through.

JT said...

The Mackay book "expects familiarity with calculus, probability theory, and linear algebra." I found myself sufficiently lacking in the probability theory. I bought a book "Problems in Probability Theory, Mathematical Statistics, and Theory of Random Functions" by A.A. Sveshnikov (translated), which I'm still slogging through.

Max Dama said...

Good luck James. Information theory definitely requires probability background, but it's worth it for how much it enriches your perspective on the universe.

Regards,
Max

Anonymous said...

Information theory, Physics and Discreete math book coming out!

http://www.stanford.edu/~montanar/BOOK/book.html

Max Dama said...

Thanks Anon, looks good.