I realized that it is possible to construct an original and wellorganized theory of multiple random quantities by accepting the principles of the theory of concordance into the domain of subjective probability. A very important point relevant to such a construction is consequently treated in this paper by showing that a coherent prevision of a bivariate random quantity coincides with the notion of a-product of two vectors while a coherent prevision of a quadruple random quantity coincides with the notion of a-product of two affine tensors. Metric properties of the notion of a-product mathematically characterize both the notion of coherent prevision of a generic bivariate random quantity and the notion of coherent prevision of a generic quadruple random quantity. Coherent previsions of bivariate and quadruple random quantities can be used in order to obtain fundamental metric expressions of bivariate and quadruple random quantities.
Probabilities obtained by means of hyperhomographies into a quadruple random quantity / Angelini, Pierpaolo. - In: MATHEMATICS AND STATISTICS. - ISSN 2332-2071. - (2018).
Probabilities obtained by means of hyperhomographies into a quadruple random quantity
PIERPAOLO ANGELINI
2018
Abstract
I realized that it is possible to construct an original and wellorganized theory of multiple random quantities by accepting the principles of the theory of concordance into the domain of subjective probability. A very important point relevant to such a construction is consequently treated in this paper by showing that a coherent prevision of a bivariate random quantity coincides with the notion of a-product of two vectors while a coherent prevision of a quadruple random quantity coincides with the notion of a-product of two affine tensors. Metric properties of the notion of a-product mathematically characterize both the notion of coherent prevision of a generic bivariate random quantity and the notion of coherent prevision of a generic quadruple random quantity. Coherent previsions of bivariate and quadruple random quantities can be used in order to obtain fundamental metric expressions of bivariate and quadruple random quantities.File | Dimensione | Formato | |
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