Functional equations and characterization problems on locally compact Abelian groups
β Scribed by Feldman G.
- Publisher
- EMS
- Year
- 2008
- Tongue
- English
- Leaves
- 268
- Series
- Ems Tracts in Mathematics
- Category
- Library
No coin nor oath required. For personal study only.
β¦ Synopsis
β¦ Table of Contents
Preface......Page 5
Contents......Page 11
1 Locally compact Abelian groups......Page 13
2 Probability distributions on locally compact Abelian groups......Page 23
3 Properties of Gaussian distributions......Page 31
4 CramΓ©r's theorem on the decomposition of a Gaussian distribution......Page 44
5 Polynomials on locally compact Abelian groups and the Marcinkiewicz theorem......Page 50
6 Gaussian distributions in the sense of Urbanik......Page 61
7 Locally compact Abelian groups for which the KacβBernstein theorem holds......Page 68
8 Random variables with values in the group R x T and in the a-adic solenoid Sigma_a......Page 81
9 Gaussian distributions in the sense of Bernstein......Page 93
10 Locally compact Abelian groups for which the SkitovichβDarmois theorem holds......Page 104
11 Random variables with values in the two-dimensional torus T^2......Page 119
12 Random variables with values in the groups R x T and _Sigma_a x T......Page 133
13 The number of random variables n=2......Page 145
14 The number of random variables n > 3......Page 165
15 Random variables with values in the a-adic solenoid Sigma_a......Page 184
16 The characteristic functions of random variables do not vanish......Page 198
17 Random variables with values in finite and discrete Abelian groups......Page 209
Appendix. The KacβBernstein and SkitovichβDarmois functional equations on locally compact Abelian groups......Page 235
Comments and unsolved problems......Page 249
Bibliography......Page 259
Symbol index......Page 265
Subject index......Page 267
π SIMILAR VOLUMES
<p>Classical potential theory can be roughly characterized as the study of Newtonian potentials and the Laplace operator on the Euclidean space JR3. It was discovered around 1930 that there is a profound connection between classical potential 3 theory and the theory of Brownian motion in JR . The Br
Classical potential theory can be roughly characterized as the study of Newtonian potentials and the Laplace operator on the Euclidean space JR3. It was discovered around 1930 that there is a profound connection between classical potential 3 theory and the theory of Brownian motion in JR . The Brown