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无穷遍历理论引论(影印版)


作者:
Jon Aaronson
定价:
135.00 元
版面字数:
475千字
开本:
特殊
装帧形式:
精装
版次:
1
最新版次
印刷时间:
2025年
ISBN:
978-7-04-063095-4
物料号:
63095-00
出版时间:
2025-02-14
读者对象:
学术著作
一级分类:
自然科学
二级分类:
数学与统计
三级分类:
动力系统

暂无
  • 目录
    • 前辅文
      • Preface
        • Chapter 1. Non-singular transformations
          • §1.0 Standard measure spaces
            • §1.1 Recurrence and conservativity
              • §1.2 Ergodicity
                • §1.3 The dual operator
                  • §1.4 Invariant measures
                    • §1.5 Induced transformations and applications
                      • §1.6 Group actions and flows
                      • Chapter 2. General ergodic and spectral theorems
                        • §2.1 von Neumann's mean ergodic theorem
                          • §2.2 Pointwise ergodic theorems
                            • §2.3 Converses to Birkhoff's theorem
                              • §2.4 Transformations with infinite invariant measures
                                • §2.5 Spectral properties
                                  • §2.6 Eigenvalues
                                    • §2.7 Ergodicity of Cartesian products
                                    • Chapter 3. Transformations with infinite invariant measures
                                      • §3.1 Isomorphism, factors, and similarity
                                        • §3.2 Intrinsic normalising constants and laws of large numbers
                                          • §3.3 Rational ergodicity
                                            • §3.4 Maharam transformations
                                              • §3.5 Category theorems
                                                • §3.6 Asymptotic distributional behaviour
                                                  • §3.7 Pointwise dual ergodicity
                                                    • §3.8 Wandering rates
                                                    • Chapter 4. Markov maps
                                                      • §4.1 Markov partitions
                                                        • §4.2 Graph shifts
                                                          • §4.3 Distortion properties
                                                            • §4.4 Ergodic properties of Markov maps with distortion properties
                                                              • §4.5 Markov shifts
                                                                • §4.6 Schweiger's jump transformation
                                                                  • §4.7 Smooth Probenius-Perron operators and the Gibbs property
                                                                    • §4.8 Non-expanding interval maps
                                                                      • §4.9 Additional reading
                                                                      • Chapter 5. Recurrent events and similarity of Markov shifts
                                                                        • §5.1 Renewal sequences
                                                                          • §5.2 Markov towers and recurrent events
                                                                            • §5.3 Kaluza sequences
                                                                              • §5.4 Similarity of Markov towers
                                                                                • §5.5 Random walks
                                                                                • Chapter 6. Inner functions
                                                                                  • §6.1 Inner functions on the unit disc
                                                                                    • §6.2 Inner functions on the upper half plane
                                                                                      • §6.3 The dichotomy
                                                                                        • §6.4 Examples
                                                                                        • Chapter 7. Hyperbolic geodesic flows
                                                                                          • §7.1 Hyperbolic space models
                                                                                            • §7.2 The geodesic flow of H
                                                                                              • §7.3 Asymptotic geodesies
                                                                                                • §7.4 Surfaces
                                                                                                  • §7.5 The Poincare series
                                                                                                    • §7.6 Further results
                                                                                                    • Chapter 8. Cocycles and skew products
                                                                                                      • §8.1 Skew Products
                                                                                                        • §8.2 Persistencies and essential values
                                                                                                          • §8.3 Coboundaries
                                                                                                            • §8.4 Skew products over Kronecker transformations
                                                                                                              • §8.5 Joinings of skew products
                                                                                                                • §8.6 Squashable skew products over odometers
                                                                                                                • Bibliography
                                                                                                                  • Index

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