本书是概率论方面的经典名著，篇幅短小，叙述精辟，具有较高的理论水平。书中以简练的笔法介绍了概率方面的主要内容，包括事件、概率、概率空间、均值、特征函数等基本概念，还有大数定律、Poisson小数定律、遍历定理以及随机过程的基本内容。作者通过数学的结构之美来传达数学的旋律之美。
本书试图用测度论工具严格地研究概率论，适合相关领域的本科生、研究生和教师作为参考书，是每一位概率学者的案头佳作。

《概率与测度(第3版)》是《概率与测度》第3版，新版保留了原先的风格，将测度论和概率论有机结合在一起，把相关内容混合排列。概率问题会引起学生学习测度论的兴趣，而测度论知识又反过来应用到概率论中。《概率与测度(第3版)》主要内容包括概率、测度、积分、随机变量及数学期望、分布的收敛的问题、导数与条件期望，随机过程等。
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Probability and Measure, 3E

《测度论讲义(第2版)》系统介绍一般可测空间上的测度与积分，Hausdorff空间上的测度与积分以及测度的弱收敛等，此外还介绍了和测度论有关的概率统计等有关知识，如条件数学期望、正则条件概率、随机变量族的一致可积性、解析集及经典鞅论。第二版增加了Hilbert空间和Banach空间上的测度内容，部分章节也增加了一些新内容和作者的研究成果。

My main purpose in this book is to present a unified treatment of that part of measure theory which in recent years has shown itself to be most useful for its applications in modern analysis. If I have accomplished my purpose, then the book should be found usable both as a text for students and as a source of reference for the more advanced mathematician. I have tried to keep to a minimum the amount of new and unusual terminology and notation. In the few places where my nomenclature differs from that in the existing literature of measure theory, I was motivated by an attempt to harmonize with the usage of other parts of mathematics. There are, for instance, sound algebraic reasons for using the terms "lattice" and "ring" for certain classes of sets--reasons which are more cogent than the similarities that caused Hausdorff to use "ring" and "field."