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Titlebook: Geometric Aspects of Probability Theory and Mathematical Statistics; V. V. Buldygin,A. B. Kharazishvili Book 2000 Springer Science+Busines

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Gerald Marwell,Pamela E. OliverAs known, Minkowski was one of the founders of modern theory of convex sets. He established many deep and important facts concerning such sets in a finite-dimensional Euclidean space. In particular. several beautiful results are due to him in connection with properties of convex polyhedra.
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The use of diuretics in heart disease,There are various kinds of convergence of random elements, important from the probabilistic viewpoint. Here we recall some of them. The main attention will be paid to the following types of convergence of random elements:
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H.-D. Bolte,TH. v. Arnim,U. Tebbe,E. ErdmannLet . be an arbitrary set. Any bijection . is usually called a transformation of .. Evidently, all transformations of . constitute a group with respect to the composition operation. This group is sometimes denoted by the symbol .(.). Any subgroup of .(.) is called a group of transformations of ..
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Convex polyhedra,As known, Minkowski was one of the founders of modern theory of convex sets. He established many deep and important facts concerning such sets in a finite-dimensional Euclidean space. In particular. several beautiful results are due to him in connection with properties of convex polyhedra.
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Convergence of random elements,There are various kinds of convergence of random elements, important from the probabilistic viewpoint. Here we recall some of them. The main attention will be paid to the following types of convergence of random elements:
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Quasi-invariant probability measures,Let . be an arbitrary set. Any bijection . is usually called a transformation of .. Evidently, all transformations of . constitute a group with respect to the composition operation. This group is sometimes denoted by the symbol .(.). Any subgroup of .(.) is called a group of transformations of ..
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Peter K. Gessner,Teresa Gessnerr further considerations. Most theorems presented in the section will be given without proofs. For more information around this topic, we refer the reader to the fundamental monograph by Bourbaki [29] (see also [179]).
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