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The book is made up of seven chapters: 1. Intro 2. Measure 3. Measurable functions 4. Integral 5. Elements of (relevant) functional analysis 6. Product measures 7. Modes of Convergence, Strong and Weak laws and CLT. The seventh chapter is 100% probability. The first six are not. They first do a fantastic job of explaining the real-analysis concepts and then, almost as an afterthought, have a few tacked-on paragraphs that explain how it all translates in probability terms. For example, in the Measure chapter we are told what a probability measure is and in the Integration chapter the authors introduce expectation, but their heart really isn't in it. Either that or it's a case of good author and bad author.
Regardless, this is a book I can wholeheartedly recommend, because the 75% of the book that does not regard probability is a true five-star job.
A few final comments:
1. It is a true, honest-to-God self-study guide that a semi-awake undergrad can follow. Have no fear.
2. Contrary to the description, I did not learn Radon-Nikodym from here.
3. Comfortably the worst appendix of any book I have ever bought.
4. Loads of errata, as it's a first edition. Here's a few I think I got:
p.39 "i" should range from zero to n, not infinity in the last summation
p.106 {x:<y} should read {x<y} (I'm nitpicking)
p.113 the proof of proposition 4.5 is incomplete
p.126 need to mention (a,zb) = conjugate of z(a,b) for the brave readers who will attempt to prove the polarization identity
p.149 Aù2 is not in F2
p. 150 and 152 integration over omega 1 and omega 2 is consistently backwards, undermining the entire discussion. In other words, when he is integrating over omega 1 he ought to be integrating over omega 2 and vice versa.
p. 151 (THIS COST ME AN HOUR OF MY LIFE) in the last three lines A1, A2, Ai should read B1, B2, Bi and all Bs should be As.
p. 208 "This implies convergence to zero of {funky expression} almost surely." I disagree.
5. Even more errata in the solutions to the exercises. Definitely done by grad students. I disagree with the answers to 4.1.b. 5.3, 5.4. a, b and c, 6.5, 6.6 (only half the answer), 6.8 and 7.4
With all that said, this is a superb book, unless you are buying it to learn probability theory!
Many, Many thanks to Professors Capinski and Kopp for pushing these changes through.
One last issue: Dear Prof Kopp, please have your book on Martingales and Stochastic Calculus reprinted....
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